Background radiation reciever

[sm0ky2]

Yes


The higher the energy state of electron orbitals, the more pronounced
the perturbations caused by nucleic activity.


In this manner, we can use atoms as energy amplifiers.
Semiconductors operate by this function.


The problem with receiving stellar energies is the frequency and
the size of the atom.


Photons affect atoms by direct impact.


The change in total energy is equal to the energy of the photons
impacting the material.


But the change in amplitude of the atoms natural frequency is
a function of the orbital radii.


Relativity plays a major role in this. The smaller the orbitals the
closer to c the electrons travel.
Therefore their change in amplitude of the atomic frequency is
less than at larger orbitals.
This frequency, however, still persists in the ground state.

[telecom]

But when LeBon was shining light on steel, he was discovering the ionizing radiation.
Probably some gamma rays.

[sm0ky2]

But when LeBon was shining light on steel, he was discovering the ionizing radiation.
Probably some gamma rays.

Any light over 90-92Thz will ionize steel
Just like rubbing it with wool


E=uf


Go past blue and it's dangerous.
Why some people have to wear sunscreen


Each element responds differently, so it requires different freq.
of light (or radiation) to ionize it.


HV electricity, and white light both contain these frequencies
for most of the lighter elements. (I mean lighter molecularly, not density)

[sm0ky2]

This is the basis for electro-nuclear chemistry.
First is ionization, then a controlled frequency reassembly
to bond atoms into molecules.

[blueplanet]

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GREEN HOUSE EFFECT

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You will not like it if you are oil lovers.
You will like it if you are oil haters.


EDIT: remove thrumptards and libtards, sincerely bluetard