Anti-gravity Hydrogen

A couple of years ago NASA reported that some of our atmosphere was escaping into space.

They said molecules of moisture were rising to great heights where their molecular bonds were breaking.  Most of the oxygen was falling back but much of the hydrogen was not falling back but continuing on into open space.

The standard argument I have been given against my idea of an energy differential is that hydrogen is simply lighter than air and of course it is.

But there is no air up there.  So how does hydrogen escape into open space and head off toward the moon under its own power.  No air and no rockets.

The rising moisture has an underlying energy potential higher than that of the surrounding atmosphere and up it goes.  As it gains altitude so does its energy differential with the surrounding environment.  And when it gets to a certain altitude its energy is too high to maintain its molecular bonds and they break.

Consequently the hydrogen just keeps going and will keep right on going.

The underlying energy of the earth’s field decreases with altitude, which when viewed as a unified field of frequency extends all the way to the outer edge of the visible universe.

A simple differential in energy is the key to gravity control and or anti-gravity.

This in itself should tell us something, as well as show us something.  Hydrogen atoms are doing what it takes a very expensive rocket to do and that is to escape the earth’s gravity.

How much simpler can it get than an energy differential, unless of course you insist on denying the existence of an underlying force of energy?

How else would anyone explain hydrogen atoms taking off into space and heading for parts unknown?