👉 Running the "light particles" simulation involves generating and tracking individual light particles within a defined space, typically a grid or volume. Each light particle is assigned properties such as position, velocity, and color, representing a beam of light. The simulation iterates over time steps, updating each particle's position based on its velocity and applying forces like gravity or electromagnetic interactions to simulate realistic light behavior. Collisions with other particles or boundaries are detected and handled to maintain physical consistency. Light intensity is calculated by summing the contributions from all active particles at each time step, creating a dynamic visual representation of light propagation, reflection, and refraction. This process allows for the creation of stunning visual effects, such as solar flares, auroras, or laser beams, showcasing how light interacts with its environment in a highly detailed and dynamic manner.
