Dark Oxygen and the Deep: A WPIT Field Reflection

A recent paper in Nature Geoscience highlights a puzzling discovery: oxygen is being spontaneously generated at the abyssal seafloor—without any sunlight, photosynthesis, or traditional oxygen sources. This “dark oxygen production” has scientists scrambling to explain the anomaly through electrochemical means, pointing to high-voltage differentials near polymetallic nodules as a possible mechanism.

But what if the phenomenon isn’t just chemical?

What if it’s coherence-based?

A WPIT Hypothesis

In the Wave-Particle Interaction Theory (WPIT) framework, energy is always contextual—structured by local coherence and resonance conditions. At the ocean floor, thousands of meters below the surface, electromagnetic waves are nearly absent. Pressure is extreme. The Dynamic Relative Ether (DRE)—the medium that influences how waves propagate and interact—becomes dense and dampened.

And here’s the hypothesis:

In the absence of external electromagnetic wave input, the coherence dynamics of H₂O may shift—causing the oxygen molecules to become more attracted to each other than to hydrogen.

Oxygen Seeks Coherence

Under normal surface conditions, H₂O is stabilized by:

Thermal motion
EMWs from the sun
Atmospheric pressure
Abundant resonant support for molecular polarity

But in a high-pressure, low-energy DRE environment:

EM waveforms that stabilize hydrogen’s bond are diminished
Oxygen’s internal coherence field becomes dominant
The structural tension that holds the H₂O angle (104.5°) weakens
Resonance favors O₂ pairing over the triplet H₂O structure

In other words:

When left in an energy-starved environment, oxygen stops holding hands with hydrogen and reaches for itself.

Voltage as a Catalyst, Not a Cause

The study points to the nodules generating up to 0.95 volts through redox reactions. That’s significant—but from a WPIT perspective, voltage alone doesn’t explain the why. Voltage is a field ripple—a moment of local reorganization. But what’s being reorganized is a coherence structure.

What matters is how energy in that field has lost support for one pattern (H₂O) and begun favoring another (O₂ + H₂ or H⁺ dissipation).

Implications for Field Physics

This changes the frame:

The deep sea isn’t “dead.” It’s coherence-starved.
“Dark” oxygen isn’t mysterious—it’s a predictable result of wave imbalance.
The DRE shapes energy behavior in ways that defy surface-based assumptions.
And most importantly: this is a clear example of WPIT in the wild—resonance determining matter alignment, not brute-force mechanics alone.