Crystal Growth Simulation
This project showcases a fascinating simulation of crystal growth in a solution, developed for a Physics class at the University of Manitoba. It features two different modeling approaches:
Agent-Based Model (ABM): Simulates crystal growth using tiny particles that move randomly and stick to the crystal when they get close.
Cellular Automaton (CA): Uses a grid where each cell can be empty, a particle, or part of the crystal, with simple rules to simulate growth.
Both models offer unique insights into how crystals form and grow, making complex scientific concepts more understandable and visually engaging. Whether you’re a science enthusiast or just curious, this project provides a captivating look at the beauty of crystal formation.
Feel free to tweak it as needed!
