cellular automata in gravitational systems

Cellular automata in gravitational systems refer to computational models that simulate the behavior of particles in a gravitational field using rules based on local interactions. These models divide the space into discrete cells, where each cell interacts with its neighbors based on their respective masses and positions. By iteratively applying these rules, the cellular automata simulate the dynamics of the gravitational system, allowing us to study various phenomena such as celestial bodies' movements and interactions.

Explore

Requires login.