👉 The Fisher-Light Particle Model is a theoretical framework used in particle physics to describe the behavior of light particles, often referred to as photons, within a quantum field context. This model extends the concept of particles by considering them as excitations of underlying fields, specifically focusing on the electromagnetic field. In this model, light particles are treated as discrete entities that emerge from the quantized fluctuations of the electromagnetic field. These fluctuations represent the virtual photons that constantly pop in and out of existence, mediating interactions between charged particles. The Fisher-Light Particle Model helps physicists understand how light propagates, interacts with matter, and contributes to various phenomena, such as electromagnetic radiation and the Casimir effect, by treating light as a collection of these fundamental quantum particles.
