Virtual program of:edX |
Describe the basic physics that enables quantum computing and how quantum computing will change businesses, governments, and society.
Identify the problems that quantum computing can and cannot solve well.
Solve problems by combining simple one-bit and two-bit quantum operations.
Implement quantum software by using quantum programming languages.
3 months. 3 - 5 hours per week suggested.
2 high-quality virtual courses
This program serves as an introduction to quantum computing by teaching students the fundamentals.
It helps them develop an intuitive understanding of the physics behind quantum computing, the basics of mathematical operations, and the rudiments of quantum computer programming.
The program has as prerequisites only algebra and programming.
The first course focuses on the basics of using one-bit and two-bit quantum (qubit) operations to solve problems.
In the second course, students delve into quantum programming and further explore how to use quantum programming languages to implement quantum algorithms.
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