ONDA ProtocolSCIENTIFIC TERM

Quantum Biology

The study of quantum effects in biological systems — coherence, biophotonics, and cellular communication.

What is Quantum Biology?

Quantum biology explores how quantum mechanical phenomena (coherence, entanglement, tunneling) may operate in living systems. It bridges physics and biology, suggesting that cells and organisms may exploit quantum effects for efficiency and coordination.

Key Concepts

  • •Coherence — synchronized oscillation; ordered rather than random
  • •Biophotonics — ultra-weak photon emission from cells; possible signaling
  • •Electromagnetic fields — cells generate and may respond to EM fields

Why does Quantum Biology matter?

Quantum biology matters because a few biological processes appear to rely on quantum effects normally associated with physics labs. Examples studied include electron and proton tunneling in some enzymes and quantum effects in photosynthetic energy transfer.

These findings challenge the old assumption that warm, wet living systems are too noisy for quantum behavior to matter. They also open new research questions in chemistry and biophysics.

What happens when Quantum Biology is overstated?

Quantum biology is often overstated when claims move beyond specific, measured processes into sweeping statements about health or the mind. The strongest evidence concerns molecular-level events such as enzyme reactions, and even there scientists still debate how important quantum effects are under real living conditions.

Proposals that consciousness depends on quantum processes in the brain, such as the Orch-OR theory, remain highly speculative and are not supported by strong experimental evidence. Many physicists argue that quantum states would break down too quickly in brain tissue to play such a role. Products and wellness claims that use the word "quantum" usually have no connection to this research and deserve skepticism.

In ONDA Life

Part 5 "Quantum Biology (Coherence)" works on the "density of presence." In ONDA's language, this is pictured as high coherence in the electromagnetic field of cells — a metaphor, not a measured effect. The idea that others can sense your presence on a physical level is an unestablished claim, not a finding.