Hi to you all,
The next step towards running an engine on Hydroxy is to change the state of the hydrogen.
The gas that comes out our WFC's is weak. Yes, it explodes badly, if you are not carefull, but still weak.
That means that you need lots of it. Many liters per minute and many amps to do so.
What did Stan Meyer do? He found out that you can change te state of the H2 atoms into H1
What does that mean?
For this you need to know what an hydrogen atom is and looks like.
See attached picture.
How did we get these crazy hydrogen atoms?
As the Universe expanded after its origin in a Big Bang, the hot soup of fundamental particles (such as free protons and electrons) started to cool down. This allowed electrons and protons to pair up and form "neutral hydrogen atoms," (i.e. hydrogen atoms with one electron and one proton). This process of pairing up is called "Recombination" and it occurred about 400,000 years after the Big Bang. As the free electrons were now bound to protons, light could travel freely since it was no longer stopped by frequent scattering off the free electrons.
(info: Nasa)
Hydrogen is our most simple atom we have.
So, we have 1 proton and 1 electron.
Now, what is the difference between a H2 and H1 (no, they are not HUMMERS
)
Its all about the orbit of the electron around the proton.
As you can see on the picture of the Bohr model, we have different kinds of orbits in were the electron can move.
n1, n2, n3, n4, n5
The closer the orbit to the proton, the lower energy state it is in.
So, we want to move the electron from the inner orbit to the outer orbits.
How do we do that?
How do you move and electron from inner to outer orbit?
What you should know, is that an electron releases light (photon particles) when is moves to the inner orbits.
So, what would happen, if you add photon particles to the electron?
YES, it moves to the outer orbits where they become more energized.
Electrons turning around them selfs. They turn around quicker in the outer orbit then on the inner orbit.
Ok, so we have to add photons particles.
What do we need to know from those little creatures?
We need to know that the electron around a proton consumes only some specific light-frequency's
Every orbit has its own frequency as you can see on the picture.
Stan used lasers.
We can whatever is possible. Make your own nitrogen laser, like somebody proposed..
Or use LEDS
Now you know why Stan Meyer used LEDS in his latest stuff.
I think i told it all now.
Go find LEDS, or lasers and combine them with High voltage and kick those electrons in higher orbits.
When you solve that part, you can run an engine.
Br
Steve
