👉 All-light particles, often conceptualized within the framework of quantum mechanics and theoretical physics, are hypothetical entities that represent the fundamental building blocks of light. Unlike classical particles, which have definite mass and charge, these particles are thought to be massless and chargeless, existing as excitations of an electromagnetic field. They propagate through space as photons, the quanta of light, and mediate the electromagnetic force between charged particles. In essence, all-light particles embody the wave-particle duality of light, exhibiting both the continuous wave nature (as seen in interference and diffraction) and particle-like behavior (as demonstrated in photoelectric effects and Compton scattering). This dual nature is a cornerstone of quantum theory, suggesting that light, while often described as a wave, can also be understood as discrete packets of energy. The study of these particles continues to deepen our understanding of the fundamental forces and the structure of the universe.
