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

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

Hierarchial Closure Structure Network (HCSN): A framework for hypergraph rewriting.

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.

Simulation of plant growth in 2D. Accelerated with Numba

🎆 A visualization of Craig Reynold's Boids

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 research-grade Python implementation of decentralized multi-agent coordination using auction-based task allocation, designed for autonomous robotics and AI studies.

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

Reimagining CPU Architecture from the Outside: Pursuing the 5M-strat through unconventional logic design.

A physics-based 2D lightning simulator built with mathematical models.

A collection of educational simulations developed in Python for the Engineering Probability course at K. N. Toosi University of Technology – including Galton board and other probabilistic models.

SymbolicPsych v2.0: Agent-based Python sim for validating recursive symbolic psychology. Models identity, trauma, coherence, with ERF transcendence gating, FCWF weaving, adversarial quarantine, & multi-substrate shifts. Generates CSVs/PNGs mapped to psych instruments (SCCS, PTGI, IUS). MIT licensed.

A closed-loop thermal guidance simulation that detects, tracks, and intercepts a moving heat target using noisy sensor data, Kalman filtering, and proportional navigation.

Enterprise-grade IoT Smart Agriculture platform. Features ESP32 hardware logic, Python-based mathematical digital twin simulations, hysteresis-controlled automated irrigation loops, and a premium React dashboard for real-time telemetry, visual analytics, and event-driven environmental alerts.

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.

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

A strategic Python model simulating a 51.03% localization shift in manufacturing procurement. Built to analyze the cost-efficiency trade-offs of the Saudi Vision 2030 defense localization KPIs