A Spectral Coherence Framework for Light: The Lunet Hypothesis and Its Implications for Wave-Particle Duality
Abstract
Abstract This work proposes the Lunet as a theoretical spectral entity of light, offering a potential resolution to the wave-particle duality problem. We suggest that light may be understood as a spectral entity whose manifestation as either a wave or a particle depends on its degree of spectral coherence. The photon is interpreted as a quantum manifestation (energy quantum) of the Lunet in a low-coherence state, while the wave corresponds to its high-coherence manifestation. This proposal is grounded in the ZPIF-USAC-ZZFZ framework, which derives spectral interactions from the non-trivial zeros of the Riemann zeta function. If validated, this framework could open new directions in solar energy, laser technology, ultra-precision medicine, quantum computing, and space propulsion. This is a theoretical proposal intended to stimulate discussion and further investigation.
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