🔬 Physics – The Marias Theory

🌀 Spin

In the Marias Theory, spin is not merely an intrinsic quantum number, but a real physical oscillation that defines how light and matter interact. Spin represents the rotation or periodic oscillation of the photonic vibration that composes particles. Every structure of matter is a localized vibration of light, and its spin is the pattern of oscillation it follows in time.

In classical physics, spin was not considered. Newtonian mechanics focused on mass and motion, without internal degrees of freedom like spin. In quantum mechanics, spin is an abstract number: 1/2 for electrons, 1 for photons, etc. In the Marias Theory, spin is visualized as a real oscillation, similar to a rotating magnetic pole, causing a directional field. This rotation or vibration is not metaphorical—it physically influences interactions.

✨ Spin creates attraction or repulsion depending on synchronization. Two particles with synchronized spin oscillations attract. Those with opposite-phase oscillations repel. The force between them varies with time depending on their spin alignment, distance, and phase difference.

📐 The mathematical model for spin interaction in the Marias Theory is given by:

F(t) = (Bp1 * Bp2 * cos(ω1 * t + φ1) * cos(ω2 * t + φ2)) / d²
        

where:

• 🔁 Bp1, Bp2 – magnetic intensity from the particle's poles
• 🕒 ω1, ω2 – spin frequencies
• ⏱ φ1, φ2 – initial phases
• 📏 d – distance between particles

This equation models real-time interaction forces, explaining stability in atoms, molecular bonds, and even gravitational effects at larger scales. At the macro level, spin coherence generates planetary magnetism and even galactic alignment.

🧲 For example, an electron's spin creates a real magnetic field. When two electrons are in phase, they form a magnetic bond. When in opposite phase, they repel, explaining the Pauli exclusion principle from a physical standpoint.

🌌 Spin is also responsible for the emergence of structured forms in the universe. Planetary rotation, electromagnetic waves, even biological cycles can be seen as large-scale harmonics of spin phenomena rooted in light's vibrational nature.

🧩 In the Marias model, spin unifies multiple phenomena: from particle interactions to cosmic dynamics. All physical systems can be interpreted as synchronized or desynchronized vibrations of photonic origin.