This paper presents a theoretical framework that attempts to bridge the gap between classical, relativistic, and quantum physics by exploring the relationship between electron deceleration and photon emission. The author argues that electron deceleration causes a change in spacetime curvature, leading to photon emission, and that this process is governed by conservation laws, albeit with quantum uncertainty in the timing of the events. The theory offers potential implications for understanding radiation mechanisms in astrophysics and for potential applications in quantum electrodynamics.
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Негізгі бет The Classical Relativistic Quantum Bridge by James Rogers.
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