Resources for learning Quantum Computing.
This is the source for the site hosted on Githup pages. https://stevefroehlich.github.io/
The purpose is to create tools for people interested in learning about Quantum Computing. There is a lot of great content (websites/ books/articles/videos) that people can learn from. The intent of this effort is to create problems, exams and solutions where people can verify what they know. This is an attempt to add more structure, resources and help for those who want to learn quantum computing. (without enrolling in a formal course)
The solution involves two parts. First a website that provides problems for a concept. Then toggles for the answer to the problem as well as the steps taken to get to that answer. Those steps are referred to as the solution. For example see https://stevefroehlich.github.io/linear_algebra/matrix_arithmetic/matrix_arithmetic.html and the source https://github.com/SteveFroehlich/kernelofquantum/blob/master/linear_algebra/matrix_arithmetic/matrix_arithmetic.html Other examples of concepts are quantum Fourier transform, Turing Machines, quantum counting or any of the minor sections from the standard text book. See the table of contents here: http://michaelnielsen.org/qcqi/QINFO-book-nielsen-and-chuang-toc-and-chapter1-nov00.pdf
The second part is links to a subreddit where people can ask questions when they get stuck and a community can form around helping them. There is also a subreddit for people to post content like lectures, books or other resources which helps teach the material the problem is pertaining to and rank the best content. See the Question and Content buttons at the bottom of the matrix_arithmetic page.
If you are interested in contributing you can copy some of the existing pages source and create pages for other content or add problems to existing pages by sending a pull request.