The Human Battery
Here is the part nobody told you. You are trillions of tiny batteries.
Inside every cell in your body there are tiny power plants. There are hundreds of them in a single cell. Trillions of them in you.
Each one does the same thing. It pushes tiny charged pieces to one side of a wall. That builds up a charge, exactly the way a battery does. Then it lets them rush back through, and it uses that rush to make fuel.
That is real electricity. In you. Right now. While you read this.
A man named Peter Mitchell figured this out. He won the Nobel Prize for it in 1978.
This is how your body actually works. Nobody argues about it.
Your battery gets charged and drained about a thousand times a day.
They all have to keep time together
Trillions of batteries is a lot of batteries. They cannot each do their own thing. A muscle cell and a brain cell need different amounts of charge, but they all have to work off the same clock.
We call that coherence. It means each cell holds the charge it is supposed to hold, and stays in step with the cells around it and with the day outside.
When coherence goes, you feel it before any test finds it. Tired at the wrong hours. Wired at night. Sore longer than you used to be.
Light and sleep are how we get the clock back. The daily check-in is how we watch it happen.
And in your whole life, nobody has ever checked it.
They checked your blood pressure. They checked your cholesterol. Somebody probably checked your ears. Nobody checked the thing that runs everything else.
That is what we do.
SHOW ME THE SCIENCE
The mechanism is chemiosmosis. The electron transport chain pumps protons across the inner mitochondrial membrane, establishing a proton-motive force with an electrical component of roughly 150 to 180 millivolts. Across a membrane approximately 5 nanometres thick, that is a field strength on the order of 30 million volts per meter, comparable to a lightning strike, sustained continuously in every mitochondrion in the body.
ATP synthase harnesses the return flow of protons to phosphorylate ADP. The body contains only about 60 grams of ATP at any moment, but turnover is rapid enough to process roughly body weight in ATP daily.
The chemiosmotic hypothesis won the 1978 Nobel Prize in Chemistry. The argument that common metabolic and degenerative disease is, at root, a bioenergetic problem is set out in the sources listed under the science section, where you can read the papers yourself.
The biology here is ordinary. What is unusual is that nobody measures it.