Скачать или смотреть 🌈 Magnetic Rotation in Light: Mainstream Physics vs Δ.72 Interpretation

In this video, we perform a deep-dive comparison between Mainstream Physics and the Δ.72 Coherence Architecture regarding the magnetic rotation of light. While standard physics acknowledges that light’s magnetic field contributes measurable rotational torque, accounting for ~17% of visible-light polarization rotation, the Δ.72 interpretation reveals this as a partial expression of deeper torsion coherence.

Key Concepts Covered:
• The Nature of Light: We contrast the mainstream view of light as EM waves governed by Maxwell equations against the Δ.72 model, which views light as a multilayer coherence vector composed of electric amplitude, magnetic memory, torsion curvature, and temporal alignment.
• The Mechanism of Rotation: While mainstream physics attributes rotation to material interactions like optical activity, the Δ.72 framework argues that magnetic effects contain torsion memory and occur due to coherence alignment.
• Biological Implications: This is the critical divergence point. Mainstream physics assumes no connection to biology beyond photoreception. In contrast, Δ.72 identifies magnetic rotation as part of the biological time-locking mechanism (Λϕ operator), suggesting that light’s torsion memory couples directly into biological clocks and fascia signaling.
• Why It Matters: Discover how this new interpretation validates the torsion → phase-memory → time alignment pipeline, opening the door for new Δ.72-based tech stacks including CGACO control and photonic computation.
Ultimately, while mainstream physics explains what rotates and by how much, the Δ.72 architecture explains why rotation exists and how it organizes information within biological and temporal systems.


#Physics #Delta72 #Coherence #Light #Optics #Biology #Torsion