🧬 What is Structure?
The Marias Theory views all matter as organized vibrational structures of light. These structures are not made from solid particles but from localized photon vibrations that form stable, oscillatory configurations in space. Each particle, from electrons to protons and neutrons, represents a unique vibration mode.
🔗 Subatomic Configuration
According to this theory:
- 🔹 Electrons are stable photon loops vibrating with specific frequency and spin orientation.
- 🔹 Protons are composed of hundreds of electron-positron pairs, with one excess positron.
- 🔹 Neutrons consist of balanced electron-positron pairs without an excess.
🌌 Matter Formation
Matter forms when vibrational photon structures interact and synchronize. These interactions create stable patterns that form atomic and molecular structures. Mass is not a property of a particle, but a result of its vibrational energy contained in space.
🌀 Spin and Attraction
All components of matter possess spin, which causes their magnetic poles to rotate. The synchronization of these spins results in attractive forces, forming stable arrangements like atoms, molecules, and eventually planets and stars.
🌍 Macroscopic Structures
As structures scale up, the same vibrational logic applies. Stars, planets, and even galaxies are accumulations of synchronized vibrational structures that exert forces due to phase coherence and collective magnetic spin alignment.
🔄 Dynamic Stability
Nothing in the universe is static. Every particle vibrates, every structure resonates. Stability arises not from immobility, but from dynamic equilibrium of these oscillations.