This folder contains 6 projects of Atomic scale simulation based on Python at UIUC.

a Python-based PArTicle IntEractioN Computational modEl, aka PATIENCE

With this code, given initial velocity and height of a point particle which is thrown up or down, velocity and height can be calculated in the presence of air friction. Each quantity comes with a graph as a function of time.

A 2D physic engine personnal project

Runge-Kutta 4, Chaotic Pendulum Simulation (both Lagrangian and Hamiltonian)

This repository contains the code and data associated with the paper titled "Reappraising double pendulum dynamics across multiple computational platforms"

Newtonian physics simulator

Graphic modeling of the Airy Theory

This Python code simulates gas particles in a 3D container, showing their movement and collisions.

UVM Evolutionary Robotics (CS206)

Physics_Engine is a python library that allows users to create simple yet realistic simulations of collisions between massive circles and line segments within some boundary conditions.

Simulated Pendulum in Python

Draw some shapes, turn them into softbodies, and then squish them.

Simple Python scripts that simulate various physics scenarios.

Simulation of N-body planetary simulation in Python for PHYS 281

Simulating quantum particles that obey schrodinger's wave equation by embedding it directly into a fully connected feed forward network.

Visualization of electric field in a plane due to finite number of charges present in the plane

Two Body Simulation Application

This is a gravitational force simulation using Newton's law for gravity; this project was made in python using pygame and math libraries.