[ARCHIVED] A university quantum algorithms/computation course supplement based on Qiskit
Role in this project:
Technical Writer Contributions:5 commits, 3 PRs, 10 comments in 7 months
Contributions summary:Soham primarily focused on correcting typos and integrating content within the Qiskit textbook. Their work involved fixing minor errors in code examples and documentation across multiple files. Additionally, they contributed to the integration of content related to Shor's algorithm and AC Stark shift, ensuring the completeness and correctness of the textbook's material.
qiskitquantum-algorithms
Role in this project:
Technical Writer Contributions:2 reviews, 8 commits, 4 PRs in 8 days
Contributions summary:Soham primarily contributed to the Qiskit Textbook repository through documentation updates and corrections. They fixed an incorrect code comment, merged changes, and corrected a link within the documentation. Furthermore, the user addressed inconsistencies in wording, changing instances of "Parametrized" to "Parameterized" and also corrected the wrong matching title in the sidebar and section. This indicates a focus on improving the clarity, accuracy, and consistency of the textbook's content.
qiskitquantum-computingqiskit-textbookquantum-mechanicsquantum-programming