Coulomb

The other thing, too, is on the lines of the state of charge, not knowing what's in your tank.

is that the way they manage that is what they call Coulomb monitoring or Coulomb tracking.

Coulomb means charge.

So what they do is they force that BMS to go into a top balance or a bottom balance, which is to keep putting a charge into it until it does its little flick at the end on the voltage.

And that's just before it's saturated.

The metric dimensions, time and space, measured in seconds and centimeters.

the field of magnetism measured in the Weber unit, it's a unit, the dielectric field measured in the Coulomb.

And then Ken Wheeler says that a magnetic field can be expressed as such that being psi measured in Coulomb's dielectricity divided by L times T or space and time multiplied together.

or basically your speed.

And then here on the right, you have the dielectric field, which is just the same thing the other way around.

She also talks about chemtrails and implants, but like I said, again, it's just the internet of bio nano things.

crystals, the DNA of the cosmos.

In 1986, the physicist Hiroyuki Ikezi predicts that plasma can form crystals.

This is proven true in 1993.

Inside dusty complex plasmas, particles align into rigid geometric Coulomb crystals, also called Yukawa balls.

These flexible weightless grids, meshes of charged particles, store vast amounts of information.

Complex plasmas spontaneously self-organize these crystals into interacting helical structures, like a helix.

You don't generate any long-lived radioactive waste because what you're doing is you're fusing together two hydrogen atoms, two hydrogen nuclei.

You're overcoming the Coulomb barrier between those two hydrogen nuclei at very high pressures, very high temperatures.

That's why it's difficult to get there.

You've got to get to pressures of 100 billion atmospheres of pressure, temperatures of 100 million degrees Celsius.