Hypothesis: Field Resonance Theory A Field-Based Interpretation of Light, Matter, and Resonant Logic скачать в хорошем качестве

Hypothesis: Field Resonance Theory A Field-Based Interpretation of Light, Matter, and Resonant Logic

The Flashlight Paradox: Turning on a flashlight appears to instantly fill a room with light at the speed of light, using only a small battery and a diode. Meanwhile, attempts to accelerate particles to the speed of light—such as in CERN's large-scale colliders—fail due to the relativistic mass increase and energy constraints. Field Resonance Theory resolves this paradox by distinguishing between realsions and particle transport. In this view, light from a flashlight is not a stream of particles traversing space but a field-wide realsion activated by the emitter. The field locally responds across space, manifesting light without requiring transmission. In contrast, particle acceleration attempts to physically manipulate persistent field structures, which encounter increasing resistance as velocity rises. This illustrates how field responsiveness, not object inertia, governs the propagation of physical effects.