Explore Python implementations of numerical methods for solving mathematical problems. Includes root-finding, integration, and more.
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Updated
Jan 13, 2024 - Python
Explore Python implementations of numerical methods for solving mathematical problems. Includes root-finding, integration, and more.
A curated collection of mathematical computing notebooks solving optimization, logic, and statistical problems using Python in Google Colab.
555,153 Digits of the mills constant
Computer simulation for 2014 MCM (Mathematical Competition in Modelling) Problem A: "Keep-Right-Except-to-Pass Highway Traffic Rule." Received "Meritorious" Award (top 10%) from MCM, as well as earned an "Outstanding Oral Presentation" Award at Central Washington University's 2014 SOURCE (Symposium Of University Research and Creative Expression).
🔢 High-performance Rust library for solving Pell equations (x² - D·y² = 1). Features streaming API, performance boosted, arbitrary precision arithmetic, and comprehensive mathematical analysis tools. Perfect for cryptography, number theory research, and educational applications. 58 tests, zero warnings, production-ready.
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