Light Wall: The Boundary Between the Matter and Meta Layers and Its Role in High-Energy and Stellar Physics

This paper introduces a novel phenomenon called the Light Wall, which acts as the boundary between two fundamental layers of existence — the Matter Layer and the Meta Layer.When objects approach the speed of light, they collide with this wall, and the interaction with the interlayer energy field increases their effective mass, preventing further acceleration.If an object partially penetrates the Light Wall, it enters a stable intermediate state between the two layers, where the speed of light represents the ultimate state of stability.At the cores of stars, extreme temperatures and densities cause quantum particles to interact with the Light Wall, drawing energy from the interlayer field.This model offers a new explanation for stellar excess energy, the unexplained high temperature of the solar corona, and various high-energy cosmic emissions.