Well. The tungsten is almost the hardest metal, and that tungsten filament got into incandescence by a 220 or 110 volts.
We have the first light source.
But its emission is not that strong without the evacuated space, and the tungsten got black in contact with oxigen.
The non reactive materials are the noble gases. They are the source and the destiny of any light. Noble gas is where the light record itself. Is from where light is born, recent experimentation with rodhium saturated optical fiber reveal that light die and born out in both directions out of its point of origin, creating the first supra-luminal optic light patent.
Its so important but people seems to forget. Yes. It dies, and born again.
Light don't travel, reproduces itself. "Walter Russel"
Elongated must be the way it goes out of the solid metal.
Metal should be pretty normal at very high pressure, so much ambient pressure that any extra pressure would reveal a liquid like metalic substance, so far away from atmosphere, that you would see no light coming out of that liquid tungsten.
But in lamps, we set the light in very subtle environment, some lamps even have vacuum, and even worse, the very light dimensional portal - the noble gas.
Noble gas is non reactive to any metal. (maybe, it actually play a equilibrium role, where both manifestations cease and come back into the noble gas itself)
Like a positive plate that is not positive not even negative in a electrolisis.
A perfect equilibrium instead will play a role of positive to some other negative.
In the case of noble gas in the electrolisis, water is positive and the atmosphere negative.
This way. Simple like this.
So if we instead vibrate thigns? Electricity is vibration. When you rush something in some direction and suddenly breaks it, the matter expands into a spiraling duality:
One expanded towared vacuum (where the matter left its past) and other where the matter is heading on, if we see air, or any ambient would feel that in a spiral movement the heading of material represents a fast speed solid, and if you reach behind it spiraling too, you will see that is subtle.
But this expanded metal now suddenly stops and goes in OTHER DIRECTION!
Yes! it goes back all the way.
Soddenly the gravitating solid side, assume the subtle and the subtle portion of spiral, back from its movement, is not taking that direction.
The potential is much higher here, the before solid side that was hitting air with its hardness become soft, and the side that was in vacuum soft, become solid.
Only once this alternating current creates a pulsating metal.
We see that, depending on the voltage it become vapour, because it expands to the point the structure goes away, and expanding and contracting like this can reach a point where not even tungsten can stand, and well, it will expand and contract until its bout particles is broken, and he burns the lamp.
But regulated voltage-amperage creates a go and go back of expanding metal.
Go and go back of expanding metal.
The effect of a pulsating metal substance is that its subtle portion takes more time to come back than its solid one.
The very subtle side of go and go back metal is expanded, and so radiates.
Light is visible because among that go and go back generated by electricity, we see the expanding portion expanding too fast into a relative solid environment (air is almost solid to plasma), so it creates its rays, because it scape very fast from this dance, in elongated forms, that people call light rays.
But does light really manifest into rays? or we are expanding into a noise like surface that seems to be hitting things individually?
To me light is not individual rays. is a radiation, radial, expanding globe of going on and back elongated expansion that at its last strenght, loose its tension, and widen into a larger ball of metalic nature, that slowly come back to same place taking the opposite direction, condensing back to the same path it created before by its elongated "meteor like" light out of the glass bulb.
So the radii of a light is actually its slowing down, subtle portion that will come back again.
The light touches uniform. we don't see rays. Right? In laser the expansion is hold back by a outer layer of a more dense material, the electrical plasma that makes the expansion of its subtle portion acts like a more dense particles. Just like when we see the formation of pathways inside wood, the dense buble environment where the light of laser is set on, carry on and make it act like a more dense light for longer distances. (no wonder laser carry on electrical manifestation and heat much more than any other form of light)
Maybe my vision have its fraws, its mistakes. Don't think you can discart everthing. I know that many points Eisten where wrong, but we cannot ignore some of its eurecas.
Not being eisten why I'm publishing this?
IS MY VISION.
just that. somewhere someone will read Walter russel, Keshe and Viktor Schauberger, and come to a point of understanding all of this.
