📚 Key Definitions
⚖️ Mass
In classical physics, mass is a measure of inertia or the resistance of an object to acceleration. In relativity, mass and energy are equivalent. In the Marias Theory, mass is a localized vibrational structure of light.
💡 Light
Light is considered a stream of photons in conventional theories. In the Marias Theory, light is the fundamental vibrational medium of the universe.
Explore Light →🔦 Photon
The photon is not a point particle but a vibrating entity with spin, mass, and polarization. It can attract or repel other photons through oscillatory interactions.
Discover Photon →⚡ Energy
Energy is the form of vibration. In Marias Theory, all energy originates from the oscillation of light structures.
🌍 Gravitation
In Newtonian physics, gravity is a force between masses. In general relativity, it is the curvature of space-time. In the Marias Theory, gravitation is a collective attraction of synchronized light oscillations.
🧲 Electromagnetism
Electromagnetic fields result from interference between polarized light oscillations. These fields are coherent light interactions.
Full article on Electromagnetism →🔥 Heat
In Marias Theory, temperature is the measure of decoherence between photon vibrations. Heat arises when these vibrations become disordered.
🔧 Mechanical Work
Work is defined as the transfer of vibrational energy through ordered movement.
🌌 Fundamental Forces Unified
- 🧲 Electromagnetic Force – Interaction of polarized photon fields.
- 🌍 Gravitational Force – Weak attraction between large-scale coherent light structures.
- 🧪 Strong Nuclear Force – Resonance between synchronized spins of protons and neutrons.
- ☢️ Weak Nuclear Force – Desynchronization of spin oscillations, leading to particle transformation.
In Marias Theory, all these forces are different manifestations of the same fundamental oscillatory interaction.
Diagram of the four traditional fundamental forces