NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) NP URI: www.nobleprog.com/q-sharp/training/los-angeles Undefined property: stdClass::$tags /apps/hitra7/npfrontend/includes/functions/course-prices.php:323 Array ( [0] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 323 [function] => myErrorHandler [args] => Array ( [0] => 2 [1] => Undefined property: stdClass::$tags [2] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [3] => 323 ) ) [1] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-prices.php [line] => 15 [function] => course_price_get_price [args] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [2] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/course-schedule.php [line] => 60 [function] => course_price_virtual_event_price [args] => Array ( [0] => quantumcomputingqsharp [1] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) ) [3] => Array ( [file] => /apps/hitra7/npfrontend/includes/functions/category-functions.php [line] => 364 [function] => np_upcoming_courses_schedule [args] => Array ( [0] => Array ( [quantumcomputingqsharp] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [1] => Array ( [0] => us_150 ) ) ) [4] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 92 [function] => category_get_upcoming_courses [args] => Array ( [0] => Array ( [0] => Array ( [region_id] => us_201 [region_name] => Arizona [url_path_mapper] => arizona [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [1] => Array ( [region_id] => us_202 [region_name] => Arkansas [url_path_mapper] => arkansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [2] => Array ( [region_id] => us_174 [region_name] => Atlanta [url_path_mapper] => atlanta [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [3] => Array ( [region_id] => us_163 [region_name] => Austin [url_path_mapper] => austin [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [4] => Array ( [region_id] => us_154 [region_name] => Boston [url_path_mapper] => boston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [5] => Array ( [region_id] => us_147 [region_name] => California [url_path_mapper] => california [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [6] => Array ( [region_id] => us_248 [region_name] => Charlotte [url_path_mapper] => charlotte [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [7] => Array ( [region_id] => us_168 [region_name] => Chicago [url_path_mapper] => chicago [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [8] => Array ( [region_id] => us_180 [region_name] => Colorado [url_path_mapper] => colorado [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [9] => Array ( [region_id] => us_243 [region_name] => Columbia [url_path_mapper] => columbia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [10] => Array ( [region_id] => us_157 [region_name] => Columbus [url_path_mapper] => columbus [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [11] => Array ( [region_id] => us_203 [region_name] => Connecticut [url_path_mapper] => connecticut [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [12] => Array ( [region_id] => us_268 [region_name] => Dallas [url_path_mapper] => dallas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [13] => Array ( [region_id] => us_204 [region_name] => Delaware [url_path_mapper] => delaware [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [14] => Array ( [region_id] => us_181 [region_name] => Denver [url_path_mapper] => denver [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [15] => Array ( [region_id] => us_170 [region_name] => Detroit [url_path_mapper] => detroit [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [16] => Array ( [region_id] => us_164 [region_name] => Florida [url_path_mapper] => florida [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [17] => Array ( [region_id] => us_173 [region_name] => Georgia [url_path_mapper] => georgia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [18] => Array ( [region_id] => us_348 [region_name] => Hawaii [url_path_mapper] => hawaii [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [19] => Array ( [region_id] => us_162 [region_name] => Houston [url_path_mapper] => houston [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [20] => Array ( [region_id] => us_207 [region_name] => Indiana [url_path_mapper] => indiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [21] => Array ( [region_id] => us_208 [region_name] => Iowa [url_path_mapper] => iowa [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [22] => Array ( [region_id] => us_183 [region_name] => Jersey City [url_path_mapper] => jersey-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [23] => Array ( [region_id] => us_209 [region_name] => Kansas [url_path_mapper] => kansas [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [24] => Array ( [region_id] => us_253 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [25] => Array ( [region_id] => us_351 [region_name] => Kansas City [url_path_mapper] => kansas-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [26] => Array ( [region_id] => us_210 [region_name] => Kentucky [url_path_mapper] => kentucky [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [27] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [28] => Array ( [region_id] => us_211 [region_name] => Louisiana [url_path_mapper] => louisiana [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [29] => Array ( [region_id] => us_171 [region_name] => Maryland [url_path_mapper] => maryland [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [30] => Array ( [region_id] => us_152 [region_name] => Massachusetts [url_path_mapper] => massachusetts [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [31] => Array ( [region_id] => us_169 [region_name] => Michigan [url_path_mapper] => michigan [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [32] => Array ( [region_id] => us_237 [region_name] => Milwaukee [url_path_mapper] => milwaukee [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [33] => Array ( [region_id] => us_179 [region_name] => Minneapolis [url_path_mapper] => minneapolis [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [34] => Array ( [region_id] => us_178 [region_name] => Minnesota [url_path_mapper] => minnesota [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [35] => Array ( [region_id] => us_214 [region_name] => Mississippi [url_path_mapper] => mississippi [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [36] => Array ( [region_id] => us_218 [region_name] => Nevada [url_path_mapper] => nevada [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [37] => Array ( [region_id] => us_219 [region_name] => New Hampshire [url_path_mapper] => new-hampshire [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [38] => Array ( [region_id] => us_133 [region_name] => New Jersey [url_path_mapper] => new-jersey [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [39] => Array ( [region_id] => us_130 [region_name] => New York [url_path_mapper] => new-york [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [40] => Array ( [region_id] => us_346 [region_name] => New York City [url_path_mapper] => new-york-city [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [41] => Array ( [region_id] => us_221 [region_name] => North Carolina [url_path_mapper] => north-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [42] => Array ( [region_id] => us_155 [region_name] => Ohio [url_path_mapper] => ohio [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [43] => Array ( [region_id] => us_225 [region_name] => Oregon [url_path_mapper] => oregon [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [44] => Array ( [region_id] => us_266 [region_name] => Phoenix [url_path_mapper] => phoenix [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [45] => Array ( [region_id] => us_226 [region_name] => Rhode Island [url_path_mapper] => rhode-island [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [46] => Array ( [region_id] => us_149 [region_name] => Sacramento [url_path_mapper] => sacramento [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [47] => Array ( [region_id] => us_148 [region_name] => San Diego [url_path_mapper] => san-diego [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [48] => Array ( [region_id] => us_131 [region_name] => San Francisco Bay Area [url_path_mapper] => san-francisco-bay-area [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [49] => Array ( [region_id] => us_132 [region_name] => Seattle [url_path_mapper] => seattle [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [50] => Array ( [region_id] => us_227 [region_name] => South Carolina [url_path_mapper] => south-carolina [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [51] => Array ( [region_id] => us_158 [region_name] => Virginia [url_path_mapper] => virginia [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) [52] => Array ( [region_id] => us_262 [region_name] => Washington D.C. [url_path_mapper] => washington-dc [locative_case_name] => [language] => en [sales_area] => us_united_states [parent_region] => ) ) [1] => Array ( [0] => stdClass Object ( [course_code] => quantumcomputingqsharp [hr_nid] => 281734 [title] => Getting Started with Quantum Computing and Q# [requirements] => [overview] => Quantum computers are machines that are built on the principles of quantum mechanics. Unlike classical computers which rely on bits that can only exist in one of two states (0 or 1), quantum computers use quantum bits which can exist in multiple states at once. Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. Q# is a programming language created by Microsoft specifically for quantum computing. In this instructor-led, live training, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: Audience Format of the course Note [category_overview] => In this instructor-led, live training in <loc>, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to: [outline] =>

Introduction to Quantum Computing

Overview of Microsoft's Quantum Development Kit

Setting Up the Quantum Development Environment

Using the Q# Programming Language

Creating Your First Quantum Program with Q#

Executing Your Quantum Program

Testing and Debugging Your Quantum Program

Troubleshooting

Summary and Conclusion

[language] => en [duration] => 14 [status] => published [changed] => 1700037417 [source_title] => Getting Started with Quantum Computing and Q# [source_language] => en [cert_code] => [weight] => 0 [excluded_sites] => [use_mt] => stdClass Object ( [field_overview] => [field_course_outline] => [field_prerequisits] => [field_overview_in_category] => [title_field] => ) [cc] => quantumcomputingqsharp ) ) [2] => Array ( [region_id] => us_150 [region_name] => Los Angeles [url_path_mapper] => los-angeles [locative_case_name] => [language] => en [region_publish_status] => 1 [sales_area] => us_united_states [parent_region] => ) ) ) [5] => Array ( [file] => /apps/hitra7/npfrontend/modules/category_region/category_region.php [line] => 36 [function] => category_region_logic [args] => Array ( [0] => q-sharp [1] => los-angeles ) ) [6] => Array ( [file] => /apps/hitra7/npfrontend/core/routes.php [line] => 19 [function] => category_region_menu_callback [args] => Array ( [0] => /q-sharp/training/los-angeles ) ) [7] => Array ( [file] => /apps/hitra7/npfrontend/__index.php [line] => 96 [args] => Array ( [0] => /apps/hitra7/npfrontend/core/routes.php ) [function] => require_once ) [8] => Array ( [file] => /apps/hitra7/npfrontend/_index.php [line] => 26 [args] => Array ( [0] => /apps/hitra7/npfrontend/__index.php ) [function] => include_once ) [9] => Array ( [file] => /apps/hitra7/index.php [line] => 54 [args] => Array ( [0] => /apps/hitra7/npfrontend/_index.php ) [function] => include_once ) ) Q# Training in Los Angeles

CA, Los Angeles - US Bank Tower

633 West 5th Street, Los Angeles, united states, 90071
Located in the heart of Downtown Los Angeles, in a short drive from the Union Station and few minutes away from U.S 101 & U....

Explore Our Courses

Getting Started with Quantum Computing and Q#

 14 Hours
In this instructor-led, live training in Los Angeles, participants will learn the fundamentals of quantum computing and Q# as they step through the development of simple quantum programs. By the end of this training, participants will be able to:
  • Install and configure Microsoft's Quantum Development Kit.
  • Understand the concepts behind quantum computing.
  • Build, test, execute, and troubleshoot a quantum program using Q#, Visual Studio and a local quantum computing simulator.
Read more...

Last Updated:

Testimonials (0)

Upcoming Courses

Other regions in the US

Other Countries

These courses are also available in other countries

Consulting

Q# Consulting
Online Q# training in Los Angeles, Q# training courses in Los Angeles, Weekend Q sharp courses in Los Angeles, Evening Q-sharp training in Los Angeles, Q sharp instructor-led in Los Angeles, Weekend Q# training in Los Angeles, Evening Q-sharp courses in Los Angeles, Q-sharp boot camp in Los Angeles, Q-sharp instructor in Los Angeles, Online Q# training in Los Angeles, Q sharp private courses in Los Angeles, Q sharp instructor-led in Los Angeles, Q sharp one on one training in Los Angeles, Q-sharp on-site in Los Angeles, Q sharp classes in Los Angeles, Q-sharp coaching in Los Angeles, Q# trainer in Los Angeles