This theoretical document introduces the "Photonic Vibration Theory," a unified physical framework that challenges contemporary scientific paradigms regarding light, electric charge, and energy transmission. The author proposes that the photon is not an energy carrier traveling through a void, but rather the fundamental fluid of the universe itself, through which vibration propagates as a wave. Within this model, electric charge is redefined as an interactional event of organized photonic vibration setting matter (electrons) into motion, rather than an intrinsic property. The theory scales seamlessly from cosmic to micro-biological levels. At the cosmic scale, it explains planetary axial rotation as a dynamic response to photonic pressure and thermal-vibrational gradients, where planets mechanically rotate toward their "colder layers" to maintain material equilibrium. This version extends the model by analyzing atmospheric path lengths and solar angles (perpendicular vs. oblique), demonstrating how seasonal variations and atmospheric fluid resistance dictate planetary and atmospheric heat through the formula: Photonic Vibration × Molecular Density = Heat. At the micro scale, the human brain is modeled as a biological magnetron, where neuronal geometry and firing operate under the same principles of photonic symmetry, saturation, and discharge—identifying a shared critical threshold of -55 mV in both micro-neuronal action potentials and macro-atmospheric lightning. Finally, emotional phenomena such as weeping and shock are kine-matematical expressions of symmetry breakdown within high-density neuronal layers, acting as thermodynamic cooling mechanisms. This unified approach offers testable predictions, including an alternative explanation for the shrinking of Mercury due to direct surface atom destruction by intense solar photonic vibration.
Davoud Mousarezaei (2026) studied this question.