⚡ Energy in Physics
Energy is one of the most fundamental concepts in all branches of physics. It is traditionally defined as the capacity to do work, and exists in many forms, such as kinetic energy, potential energy, thermal energy, and electromagnetic radiation.
🔬 Classical View of Energy
In Newtonian physics, energy is typically divided into kinetic energy (motion) and potential energy (position in a field). Mechanical systems conserve total energy unless acted upon by external forces.
🧠 Einsteinian View of Energy
Einstein's theory of relativity introduced the equivalence between mass and energy:
This formula shows that mass itself is a form of energy, implying that even an object at rest contains internal energy.
🌌 Quantum View of Energy
Quantum theory views energy as quantized packets. For photons, the energy is given by:
where h is Planck's constant and f is frequency.
🌈 Energy in the Marias Theory
According to the Marias Theory, energy is not an abstract scalar but a manifestation of vibrating light. All matter is formed by localized photonic vibrations. Energy is simply the form and intensity of these coherent oscillations.
- 💡 Energy = Vibrational Pattern of light
- 🔄 Mass is localized photonic energy:
m = A × h × f / c² - 📡 All interactions are energetic interferences between vibrational states
🧲 Forms of Energy in the Marias Model
- 🌀 Spin energy: Resulting from the rotation of vibrational axes
- 🌍 Gravitational energy: Emergent from cumulative attraction of synchronized oscillations
- 🌡️ Thermal energy: Incoherence and phase difference between local vibrations
- 🧲 Electromagnetic energy: Constructive or destructive phase interference
🔗 Related Concepts
- 🔗 Mass
- 🔗 Light
- 🔗 Photon
- 🔗 Electromagnetism
- 🔗 Gravitation