👉 Light-particle simulations, often used in visualizations and educational tools, depict light as composed of tiny, almost imperceptible particles called photons or, more precisely, light quanta. These particles are represented as small, glowing dots or lines that interact with each other and their environment through phenomena like reflection, refraction, and scattering. The performance of these simulations can vary widely depending on the software and hardware used, but generally, they aim to capture the dynamic and often mesmerizing behavior of light. Photons move in straight lines until they encounter an obstacle or medium change, at which point they bend or split, mimicking the way light behaves in real-world scenarios. The visual representation can range from smooth, continuous streams to fragmented, particle-like bursts, creating a sense of movement and energy that brings the abstract nature of light to life. High-performance simulations can render these particles with incredible detail and speed, allowing for complex interactions and realistic lighting effects, while lower-end setups might offer simpler, more stylized animations that still convey the essence of light's behavior.
