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Our project aims to improve the accuracy of classifying the Ising model data into ordered and disordered phases, using supervised machine-learning models.
Representing Fluid Flow by Solving for Velocity Fields
Your mom always told you not to put hot pans directly on the table, as it could break it. We wanted to do it anyway but didn't have an unlimited supply of tables, so we used math instead.
The Anderson localization of a quantum particle was simulated using the fourth-order Runge-Kutta method (RK4) for lattices with different degrees of disorder.
Interactive simulation of a pendulum.
This project creates a python-based interactive simulator. Using the Ursina Python game engine, the user will be allowed to simulate various interactions live-time.
We created a multilayer perceptron neural network that calculates the diameter of an asteroid with accuracy on par with NASA’s current two-variable formula for diameter.
Simulation of the Hohmann transfer from Earth's orbit to Mars' orbit. Our project was done using Python and PyGame for the visuals.
WE ARE GRAVIDATRIC PEEPS!!!!
