Numerical simulations and assignments for the General Relativity course
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Updated
Oct 17, 2024 - Python
Numerical simulations and assignments for the General Relativity course
A Pygame simulation of emergent intelligence in an ant colony, governed by simple physical rules and a novel 'Mental Fatigue' panic mechanism to escape dynamic loops.
Java-based simulation exploring quantum superposition and state swapping. Focuses on the effects of measuring and altering position and momentum of particles, demonstrating quantum measurement influence on particle states. Includes various test scenarios mirroring quantum mechanics principles.
Deterministic simulation framework for bio-stabilizing lunar regolith using spray dynamics, curing physics, and validated system models.
📈 Demonstrations of different techniques to enhance the performance of computationally intensive scientific simulations in C.
MATLAB implementations and simulations of numerical methods for boundary value problems, PDEs, interpolation, and root-finding algorithms.
A Multi-Agent Reinforcement Learning and Neuroevolution sandbox to simulate Natural Selection on a 2-Dimensional world.
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