Скачать или смотреть EPISODE 233 — LIVING SYSTEMS: BIOPHOTONS — LIGHT-BASED CELLULAR COMMUNICATION

EPISODE 233 — LIVING SYSTEMS: BIOPHOTONS — LIGHT-BASED CELLULAR COMMUNICATION

HOW LIVING SYSTEMS COMMUNICATE BEYOND CHEMISTRY

Cells do not communicate using chemistry alone.

From a Field Mechanics perspective, living systems also use light-based signaling —
biophotons — to coordinate, regulate, and synchronize activity.

Biophotons are ultra-weak light emissions produced by cells during metabolic and regulatory processes.

They function as:
• rapid communication signals
• coherence indicators
• synchronization cues
• informational broadcasts

Light travels faster than chemical diffusion.
This allows:
• instant coordination
• system-wide timing
• pattern alignment across tissues

This is why:
• cells act in unison
• biological rhythms synchronize
• repair can occur simultaneously across regions
• coherence amplifies efficiency

Biophoton signaling reflects:
• cellular health
• metabolic order
• systemic coherence

When the system is regulated:
• light emission is coherent
• communication is clear
• coordination improves

When the system is stressed:
• emissions become chaotic
• signaling degrades
• regulation breaks down

Biology does not rely on slow chemistry alone.
It uses light, electricity, and structure together.

This reframes life as an electromagnetic and informational system, not just a biochemical one.

Living systems communicate at the speed of light when coherence is present.

That is Field Mechanics