👉 Verification of light particles, often referred to as photons or other quantum light entities, involves confirming their existence and properties through experimental and theoretical methods. This process typically includes measuring their energy, momentum, and interactions with matter. Photons are verified by observing phenomena such as the photoelectric effect, where light ejects electrons from a material, demonstrating their particle-like behavior. Additionally, experiments like Compton scattering show how photons transfer momentum to electrons, further supporting their particle nature. Theoretical frameworks, such as quantum electrodynamics (QED), predict and describe these interactions with high accuracy, allowing scientists to validate the existence of light particles against experimental data. This dual approach of theory and experiment ensures a robust verification of light particles' fundamental characteristics.
