Water, HHO, Gravity, COP>1, Theoretical Proof

Water, HHO, Gravity, COP>1, Theoretical Proof

The HHO Theoretical Proof Nav depicts rising bubbles.

Why is a proof so important?
Whether or not, free energy exists, is a subject that is widely debated. Although this theory is not practical as yet, it proves that the possibility exists. We will show a co-efficient of performance greater than one (COP>1). If you feel that 5% is not significant, you have missed the point: Free Energy Exists! Once the scientific community adopts this point of view, then we can move towards adopting a practical application.

Exercise 1
A reversible process has losses in practical application, thus: COP<1. Losses go to zero in theory. Only in theory can a reversible process have a COP=1.

Exercise 2
A reversible process that can achieve a state or condition (which also generates energy) would be COP>1.

Facts
HHO electrolyzers split water into HHO, but require energy in (e-).
HHO engine generators combust HHO into water(vapor) and produce energy out (e+).
In theory, (e-) + (e+) = 0: (COP=1).

Premise
HHO Electrolyzers work under pressure. They produce the same molecular count of HHO regardless of pressure (or vacuum). The HHO will be compressed (or expanded). The HHO will adjust to standard volume when brought to standard temperature and pressure.

Premise
An underwater electrolyzer (or an electrolyzer at the bottom of a water column) produces bubbles at the bottom. Bubbles displacing water create potential energy. This is a state or condition of addition potiential. Harnessing that potential energy results in energy out. We will refer to this as energy prime: (e').

Simplistic Proof
Thus, In theory: (e-) + (e+) + (e') = (output).
Since (e-) and (e+) cancel each other; we are left with: (e') = (output).
COP formula [(e+) + (e')] / (e-) = output greater than 1.