Contained Quantum-Conscious Universe: A self-contained Python based framework where time, quantum systems, and synthetic consciousness evolve independently from the host machine.

A python model of the 2D heat equation

Implementation of several funny simulations to learn Python, Pygame, and Pymunk

Software for creating simulation scenarios for online and reservation-based batch schedulers used in large-scale computing.

🎆 A visualization of Craig Reynold's Boids

Simulation of plant growth in 2D. Accelerated with Numba

Implementation of the famous Conway's Game of Life using Python and Pygame

REBCO HTS coil optimization framework for fusion and antimatter applications. Includes electromagnetic modeling, mechanical reinforcement analysis, AC loss calculations, and Monte Carlo sensitivity studies. Validated designs achieving 2.1T fields with open-source Python implementation.

Design a simulation model of beacon chasing in python's matplotlib.

An approximation of π calculated via Monte Carlo method and proposed in Jupyter Notebook. A solution for Computer Simulation (40634-1 Sharif UT, Spring 2023) homework, the 1st series.

Intelligent Machine Works

A collection of Python projects that explore astrophysics concepts through simulations, data analysis, and code.

Simulates some different logic gates

A compilation of programs written in R able to visualize, estimate, predict or find patterns in our data. This project is meant for beginners.

Heaven Attractor Simulator — A toy symbolic dynamics engine modeling ψ–Ω–γ thresholds for heaven as a negentropic attractor state. Built on SFT v4.0 collapse predicates, ERF v3.0 collapse-as-translation, and Observer invariance proxies.

A barebone simulation of solar systems in both 2D and 3D prespectives using Python

전동화 통합제어기(ICCU)의 통신 복원력 향상을 위한 CAN 장애 회복 시나리오 모델링

A simple python simulator to compare efficiency of different kinds of hamming coding in noisy channels

Page Replacement Algorithm Simulator is a Streamlit-based application that simulates and compares FIFO, LRU, and Optimal algorithms. It displays memory state changes, compares page faults, and provides insights into algorithm performance.

A Python Notebook that simulates a simple pendulum. Solves the differential equation using both Euler Method and 4th Order Runge-Kutta to compare them. Generates a phase-space diagram of the pendulum.