ELS Framework: Multi-layer Structure and Photon Control for Nuclear Fusion Concepts v.2

This thought experiment explores nuclear fusion and proton-electron entanglement control from a frequency-based entropy flow perspective, rather than conventional physical-variable approaches. Entropy is redefined as the distribution of interacting frequency channels, and an “Entropy Sink” strategy is proposed to guide it along specific paths. Through energy injection and frequency synchronization, plasma is stabilized within the neutron critical range, entanglement structures are enhanced, and final state fixation is achieved in a three-stage approach. The experiment suggests that frequency-centric control may offer a new paradigm for fusion and matter phase-transition studies. [email protected]