Introduction to Quantum Computing for Everyone 2 from edX

A follow-on to Intro to QC for Everyone 1, this course delves deeper into the mathematical basis for quantum computing and the programming that makes it a reality. Students will be taught all of the mathematical concepts they need to know, build up confidence and experience with individual and small groups of operations, then learn a sequence of important algorithms.

What you'll learn

● The linear algebra concepts that are used to create useful quantum algorithms

● Small sequences of operations that perform important QC operations

● How to program with Qiskit, used for the IBM cloud quantum computers

● Learn several quantum algorithms

What's inside

Learning objectives

● the linear algebra concepts that are used to create useful quantum algorithms
● small sequences of operations that perform important qc operations

● how to program with qiskit, used for the ibm cloud quantum computers
● learn several quantum algorithms

● the linear algebra concepts that are used to create useful quantum algorithms
● small sequences of operations that perform important qc operations
● how to program with qiskit, used for the ibm cloud quantum computers
● learn several quantum algorithms

Syllabus

Linear AlgebraToffoli GatePhase-FlipEPR PairsAmplitude AmplificationBernstein-Vazarani algorithmSimon’s algorithmDecoherenceError Correction

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

A follow-on course, assuming learners are familiar with Intro to Quantum Computing and QC for Everyone Part 1

Provides a deep dive into the mathematical basis for quantum computing

Demonstrates hands-on experience with quantum computing programming by utilizing the Qiskit framework

Covers essential concepts of linear algebra relevant to quantum computing algorithms

Provides a comprehensive understanding of quantum algorithms through the exploration of several examples

Career center

Learners who complete Introduction to Quantum Computing for Everyone 2 will develop knowledge and skills that may be useful to these careers:

Quantum Computing Researcher

A Quantum Computing Researcher conducts research on the development and applications of quantum computing technologies. They may work on a variety of topics, from the design of new quantum algorithms to the development of new quantum hardware. This course may be useful for an aspiring Quantum Computing Researcher, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field.

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Quantum Information Scientist

A Quantum Information Scientist conducts research on the fundamental principles of quantum information and its applications. They may work on a variety of topics, from the development of new quantum communication protocols to the study of the behavior of quantum information systems. This course may be useful for an aspiring Quantum Information Scientist, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field of quantum information science.

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Quantum Software Engineer

A Quantum Software Engineer designs, develops, and tests software and applications for quantum computers. They may work on a variety of projects, from developing new algorithms for quantum computers to creating new software tools for quantum computing. This course may be useful for an aspiring Quantum Software Engineer, as it covers the mathematical basis for quantum computing and programming for quantum computers. This can help build a foundation in quantum computing and prepare you for potential future roles in the field.

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Quantum Computing Engineer

A Quantum Computing Engineer designs, develops, and tests quantum computers and related technologies involved in quantum computing. They may also work on the software and algorithms used to program and operate these computers, which can perform complex operations at much faster speeds than traditional computers. This course may be useful for an aspiring Quantum Computing Engineer, as it covers the mathematical basis for quantum computing, programming for quantum computers such as Qiskit used for IBM's quantum computers, and several quantum algorithms. This course can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field.

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Quantum Algorithm Developer

A Quantum Algorithm Developer designs and develops new quantum algorithms. They may work on a variety of projects, from developing new algorithms for quantum search to developing new algorithms for quantum optimization. This course may be useful for an aspiring Quantum Algorithm Developer, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including developing new quantum algorithms.

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Quantum Applications Developer

A Quantum Applications Developer develops applications for quantum computers. They may work on a variety of projects, from developing new applications for quantum computing to developing new ways to use quantum computers. This course may be useful for an aspiring Quantum Applications Developer, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including developing new applications for quantum computers.

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Quantum Physicist

A Quantum Physicist conducts research on the fundamental principles of quantum mechanics and its applications. They may work on a variety of topics, from the development of new quantum technologies to the study of the behavior of quantum systems. This course may be useful for an aspiring Quantum Physicist, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field of quantum physics.

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Data Scientist

A Data Scientist collects, analyzes, and interprets data to extract meaningful insights. They may work on a variety of projects, from developing new data analysis methods to creating data-driven models. This course may be helpful for an aspiring Data Scientist, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for potential future roles in the field, including developing data analysis methods and models for quantum computers.

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Computer Scientist

A Computer Scientist conducts research on the theoretical foundations of computing. They may work on a variety of topics, from the development of new programming languages to the study of the complexity of algorithms. This course may be helpful for an aspiring Computer Scientist, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field of computer science.

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Quantum Computing Consultant

A Quantum Computing Consultant provides advice and guidance to organizations on the use of quantum computing. They may work on a variety of projects, from helping organizations to develop quantum computing strategies to helping organizations to implement quantum computing solutions. This course may be useful for an aspiring Quantum Computing Consultant, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including advising organizations on the use of quantum computing.

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Quantum Computing Educator

A Quantum Computing Educator teaches quantum computing to students. They may work at a variety of levels, from teaching quantum computing to high school students to teaching quantum computing to graduate students. This course may be useful for an aspiring Quantum Computing Educator, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including teaching quantum computing to students.

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Quantum Computing Architect

A Quantum Computing Architect designs and develops the architecture of quantum computers. They may work on a variety of projects, from developing new types of quantum computers to developing new ways to connect quantum computers. This course may be useful for an aspiring Quantum Computing Architect, as it covers the mathematical basis for quantum computing. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including designing and developing the architecture of quantum computers.

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Quantum Hardware Engineer

A Quantum Hardware Engineer designs, develops, and tests quantum hardware. They may work on a variety of projects, from developing new types of quantum bits to developing new ways to connect quantum bits. This course may be useful for an aspiring Quantum Hardware Engineer, as it covers the mathematical basis for quantum computing. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in the field, including designing and developing quantum hardware.

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Academic Researcher

An Academic Researcher conducts research on a variety of topics in academia. They may work on a variety of projects, from developing new theories to conducting experiments. This course may be useful for an aspiring Academic Researcher, as it covers the mathematical basis for quantum computing and several quantum algorithms. This can help build a foundation in quantum computing and prepare you for future learning and potential roles in academia, including conducting research on quantum computing.

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Software Developer

A Software Developer designs, develops, and tests computer software and applications. They may work on a variety of projects, from developing new features for existing software to creating entirely new applications. This course may be helpful for an aspiring Software Developer, as it covers the mathematical basis for quantum computing and programming for quantum computers. This can help build a foundation in quantum computing and prepare you for potential future roles in the field, including developing software and algorithms for quantum computers.

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Introduction to Quantum Computing for Everyone 2

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