What is Energy? Modern physics offers extension of the definition of energy
Extended theorised definition of Energy Abstract: The Decay Theory proposes that energy and mass emerge from disruptions in equilibrium, giving rise to various energy forms. Energy and momenta are intertwined as Albert Einstein said. But this theory extends the definition of energy, integrating concepts from thermodynamics, quantum mechanics, and complexity science. Mathematical Foundations: 1. Define energy (E) as a functional of equilibrium disruptions: E = ∫[Δε(x)dx] 2. Introduce a vibration-based framework: ω = √(k/m), where ω is frequency, k is stiffness, and m is mass 3. Relate vibrations to energy forms: E = ħω Conceptual Framework: 1. Equilibrium disruptions generate vibrations, leading to energy emergence. 2. Mass is a type of energy, related to binding energy and QCD vacuum energy. 3. Consciousness is inherent in all movement, with silent resistance (electron) playing a key role. Predictive Power: 1. Predict energy forms beyond mass (e.g., kinetic, potential, electromagnetic)...