Stevie1001

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Another 2 pics of work in progress.
My goal is to have 2 of those panels.
Next week number 2 will be ready. I already found me a nice plexiglas tube.'
I am gonna add these panels on the outside. Rest of tube will be coverd with alu foil for reflecting purposes, in the hope the light will bounce.

br
steve


Hello Stevie
Why are you using 4 different colors is it to cover a hole range of frequencies NM.

Najman

Hi Najman,

There is indead a reason for it.
Let me try to explain:

The hydrogen is the most simple atom we know. It has 1 proton and 1 electron.
The electron circles around the proton.
This electron can orbit around the proton in different orbits. From close to far off the proton.
These defined orbits have names, like N1 N2 N3 N4 N5
Natur dictates that all electrons move towards the proton to the most inner orbit.
By moving to the proton, the electron releases photon (light) energy.
You can influence this mechanisme. When you add an electromagnetic field to the electron, it will move quicker to the proton.
Or, like mother natur does, you can add photon energy to the atom and the electron will gain energy and move towards the outer
orbit , or even LEAVE orbit.

Well...we do not want electrons in our gas.....

So, we must get those electrons out of orbit. Now, scientists discoverd the fact that atoms do not consume any light.
They found out that every orbit consumes a specific frequency and let other frequencys pass.

The reason why i use 4 specific LEDS is because i found out which frequency i need for each orbit.
The Balmenlines shows us the exact frequencys.

I hope that i can shoot / promote  the electron from inner orbit to outer orbit and then out into the free air!
 
I hope this is the answer on your question.

br
Steve

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Stevie , do you have a 935 nm GaAs in there ?

935nm leds are not in this array of leds, Dankie.
Would you like to have those in there? And if so, why?

br
Steve

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Well i'm a bit confused really , if you are using the wavelenghts of every lower level and every higher level , wouldnt the electron go from lower level to higher level and back to the lower level depending on wich flashes ... wouldnt those lower level wavelenghts be counter-productive ?



The 935 was used for the oxygen and is the only one mentionned in the briefing , let me get back to you with some more info about the oxygen atom and its different orbits , I think we should be concentrating heavily on the oxygen since those are the electrons we will be struipping via voltage and electron extraction .

The final laser weakens the Hydrogen at the very end just before its gets robbed and unleashes the ether energy .

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Well i'm a bit confused really , if you are using the wavelenghts of every lower level and every higher level , wouldnt the electron go from lower level to higher level and back to the lower level depending on wich flashes ... wouldnt those lower level wavelenghts be counter-productive ?



The 935 was used for the oxygen and is the only one mentionned in the briefing , let me get back to you with some more info about the oxygen atom and its different orbits , I think we should be concentrating heavily on the oxygen since those are the electrons we will be struipping via voltage and electron extraction .

The final laser weakens the Hydrogen at the very end just before its gets robbed and unleashes the ether energy .

There is nothing to be confused. Add photons = one way to outer orbits
If i would add a magnetic field, then they go one way to inner orbits.
If we do nothing, then they go to inner , less powerful, orbits.

steve

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So what is the time that it takes untill it goes back , how many milliseconds ?

Do you know this ?

I still dont understand the lower level leds , maybe for exhaust ??

How do you "control the nuclear power" is what i wanna know ...

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Another 2 pics of work in progress.
My goal is to have 2 of those panels.
Next week number 2 will be ready. I already found me a nice plexiglas tube.'
I am gonna add these panels on the outside. Rest of tube will be coverd with alu foil for reflecting purposes, in the hope the light will bounce.

br
steve


Hello Stevie
Why are you using 4 different colors is it to cover a hole range of frequencies NM.

Najman

Hi Najman,

There is indead a reason for it.
Let me try to explain:

The hydrogen is the most simple atom we know. It has 1 proton and 1 electron.
The electron circles around the proton.
This electron can orbit around the proton in different orbits. From close to far off the proton.
These defined orbits have names, like N1 N2 N3 N4 N5
Natur dictates that all electrons move towards the proton to the most inner orbit.
By moving to the proton, the electron releases photon (light) energy.
You can influence this mechanisme. When you add an electromagnetic field to the electron, it will move quicker to the proton.
Or, like mother natur does, you can add photon energy to the atom and the electron will gain energy and move towards the outer
orbit , or even LEAVE orbit.

Well...we do not want electrons in our gas.....

So, we must get those electrons out of orbit. Now, scientists discoverd the fact that atoms do not consume any light.
They found out that every orbit consumes a specific frequency and let other frequencys pass.

The reason why i use 4 specific LEDS is because i found out which frequency i need for each orbit.
The Balmenlines shows us the exact frequencys.

I hope that i can shoot / promote  the electron from inner orbit to outer orbit and then out into the free air!
 
I hope this is the answer on your question.

br
Steve

Thanks stevie for a detailed explanation .one question is how you are gonna( I hope that i can shoot / promote  the electron from inner orbit to outer orbit and then out into the free air!)
how your gonne send then in the free air ?

Najman
 

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The electron moves from proton when it gets more then 14 eV of energy.
So, with the light particles, the electron moves from it self!
Maybe i have to add a HV field as well.

br
Steve

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Nobody should attempt this without having an air ionizer to go along so we can let the UNSTABLE PARTICLES STABILIZE , this is the only way to control the nuclear reaction .

You have to find some convenient way to mix both ionized gas and unstable particles , I would never try this stuff personally in my house or anywhere close to the thing , maybe 100 feet away ...

Understanding this video perfectly and knowing how to apply the principles is essential .