Python code to implement various number theory, elliptic curve and finite field computations.

A performant NumPy extension for Galois fields and their applications

Repository for the FermulerPy core package. Fermulerpy is useful for problems related to various fields of Number Theory.

A library of recreational mathematics and number theory related functions inspired by Project Euler

Cryptography course - Cryptography modules - classic chipers - DES function f - Number theory module

The number-utility module makes it simple for you to do number manipulation and perform various operations on numbers.

Application (Flask) to encrypt & decrypt mono-alphabetic (Caesar) and poly-alphabetic (Vigenere) ciphers and their Cryptanalysis using Genetic Algorithm (GA)

Elgamal encrypted text hidden within pixels of images

Implementation of RSA from scratch in different programming languages

The Stable Matching or the Stable Marriage algorithm is a mathematical algorithm that finds stable matches between two equally sized sets of elements, the proposers and the acceptors. This project uses basic Python data structures to implement the algorithm.

A website that implements some number theory functions.

Whitman College Math Senior Project 2018

Repository containing algorithmic solutions to Project Euler challenges. Each solution has been methodically developed, optimized, and rigorously tested. Engage in mathematical and computational problem-solving.

A collection of some algorithms on generating numerous prime sequences

Applying extended-euclidean-algorithm on negative powered number to find their inverses

A library of various algorithms used in number theory and group theory

Sieving primes and counting primes

Prime number computations and exploratory analysis

Primeiros códigos de um estudante de Python

Predict the future words efficiently with the "Next Word Prediction Using Markov Model" project. Built in Python and powered by the `msvcrt` module, this academic initiative explores the Markov chain model to anticipate the most likely next word based on a given sequence.