Peter Anthony Cowan

Living energy is what biology — life — does that the laws of physics say it shouldn't. Everything in the universe tends toward disorder. Hot things cool. Ordered things scatter. Energy dissipates. This is called entropy. And yet living systems do the opposite: they build and maintain exquisite order, second by second, for a lifetime, against the universal pull toward chaos. That is the mystery at the center of biology, and it's what this work is about.

The conventional story is that mitochondria are power plants and ATP is the universal energy currency. That's true, but incomplete. In the 1960s, the physiologist Gilbert Ling ran the numbers on one cellular process (the sodium-potassium pump) and found ATP could account for only a fraction of the energy actually required – and this is only one of thousands. Something else was doing the work. Ling's Association-Induction Hypothesis proposed that the inside of a cell is not a dilute chemical soup but a tightly organized system of proteins, water, and ions held in a low-energy, ordered "living state" — a structure that stores energy directly, without needing constant ATP-powered pumping to maintain it. Decades later, Gerald Pollack's lab at the University of Washington confirmed this experimentally, identifying what he called a fourth phase of water — beyond solid, liquid, and vapor. Inside the cell, water doesn't behave like the water in a glass; it organizes itself into a kind of living gel that holds an electrical charge, like a battery, and is built and maintained – and charged – by light, particularly the red and infrared wavelengths in sunlight.

This reframes what mitochondria are actually doing. They are not just ATP factories; they are quantum sensors. Quantum mechanics describes how particles behave at the smallest scales, where the familiar rules break down — particles can pass through barriers that should be solid (tunneling), exist in multiple states at once (superposition), share a single coordinated state across many molecules (coherence), and remain mysteriously linked across distance (entanglement). All of these are happening inside your cells, at body temperature, right now. Electron tunneling is how the mitochondrial electron transport chain achieves its near-perfect efficiency. Coherence and superposition allow energy to find its most efficient path through cellular structures, like a traveler checking every possible route at once. When these systems run cleanly, you get clean energy production.

This — the structured, light-charged, quantum-coherent state of a healthy cell — is what I call "Living Energy".

When these systems don't run cleanly, you get the signature of nearly every chronic disease of the modern era: mitochondrial dysfunction, oxidative stress, and chronic inflammation — a cascade now implicated in everything from metabolic disease and neurodegeneration to the cluster of conditions I focus on in my own research (MCAS, EDS, POTS, dysautonomia, Long Covid)."

What unravels these systems is largely environmental. Artificial light at the wrong times, sedentary indoor life, chemical toxins that destabilize mitochondrial membranes, chronic exposure to non-native electromagnetic fields — each is a small insult to the cellular machinery that builds structured water and shuttles electrons. Each compounds. The clinical picture we now call "chronic illness" is, increasingly, the picture of an organism whose energy-production hardware is being degraded by inputs evolution never prepared it for.

What supports these systems is the inverse: sunlight at the right wavelengths and times, unadulterated spring water, real food, movement, grounding, and proximity to the electromagnetic environment our species developed inside — including the Earth's own 7.83 Hz Schumann resonance, the background field our nervous systems evolved alongside for hundreds of thousands of years. There is also a more speculative edge to this work — Viktor Schauberger's observations of water as a living medium, Masaru Emoto's experiments with water and intention, the cymatic patterns that emerge when sound organizes fluid into geometry. These things exist at the edge of what we are able to explain – much less measure – but I think they're pointing at something real about water as an information-carrying medium, and I'd rather note them honestly than pretend the edges don't exist.

My work — through journalism, research, clinical practice, and music — is about what supports living energy and what unravels it. The hardware is biological. The inputs are environmental. The stakes are the difference between health and the long slow grind of modern disease.