👉 Distributed Light Particles, often referred to as LDPs, are tiny, electrically charged particles that behave similarly to light but at a microscopic scale. These particles are dispersed throughout various environments, from the atmosphere to industrial settings, and can be generated artificially or naturally. In a distributed context, LDPs interact with their surroundings through electromagnetic forces, influencing phenomena such as atmospheric scattering, which affects visibility and color perception. They are utilized in numerous applications, including LiDAR (Light Detection and Ranging) systems for autonomous vehicles, environmental monitoring, and even artistic displays. The distribution of these particles is crucial for understanding and optimizing their behavior in different conditions, making them a key focus in fields like physics, engineering, and environmental science.
