Abstract
This work proposes, as a theoretical hypothesis for further investigation, the Lunetics as a proposed spectral framework that integrates ten foundational spectral entities into a unified system. Together, these entities are proposed to form the foundation of a new field of study which we term Lunetics. The framework is proposed to emerge from the Zero Pairs Interaction Functional (ZPIF), Unified Spectral Alignment and Coherence (USAC), and Zigzag Zero–Fractional Zero (ZZFZ) framework.The ten entities are proposed as follows. The Sifri is proposed as the origin, the zero hero from which all else emerges. The Lunet is proposed as the spectral entity of light, whose manifestation may depend on its degree of spectral coherence (C). The Lumin is proposed as the inner core that determines the manifestation of the Lunet. The Noret is proposed as the bridge that mediates the transition from the Lunet to the photon, with a predicted finite time delay tau. The Lunec is proposed as the device that produces a spectral coherent emission from the Lunet. The Tunnels are proposed as the spectral channels that link the entities to one another. The Aura is proposed as the spectral halo that surrounds the Lunet. The Pulse is proposed as the spectral signature emitted by the Lunet. The Cycle is proposed as the complete return from the Sifri to the Sifri.These entities are not proposed as separate phenomena, but as a single interconnected system. The Sifri gives rise to the Lunet. The Lunet is governed by the Lumin. The transition of the Lunet to the photon is mediated by the Noret. The emission from the Lunet is produced by the Lunec. All entities are linked by the Tunnels. The Lunet is surrounded by the Aura. The Lunet emits the Pulse. And the Cycle completes the journey.The spectral coherence of light is proposed as the governing principle that determines the manifestation of the Lunet and its interaction with the Zero Particle. The Zero Particle is proposed as the entity that emerges from the Sifri and mediates the spectral coherence of the Lunet. A new mathematical framework, the Lunetic Field Equation, is proposed to govern the interactions between the proposed entities. A spectral coherence tensor is introduced, and the Lunetic Lagrangian is derived. Numerical simulations using the first 1,000 non-trivial zeta zeros are presented to illustrate the convergence of the proposed framework and the predicted behavior of the proposed entities.