Related to: [Name of Request for Research]
I want to use Open IA to generate and find what i can only term as ‘nuclear electromagnetic patterns’.
A short description is as follows:
Electromagnetic pattern has to be set up in a specific pattern / frequency.
1.Spin states have to be ‘initialized’ by alignment in homogeneous external electromagnetic field.
The strength of this field will have a direct effect on the excitation frequency.
2.Once spin states are initialized, RF pulse of specific frequency, with specific ‘pump’ duration is fired at the target.
At specific field strength / RF frequency combination, an ‘echo’ or, nuclear electromagnetic RF ‘answer’ will pop up radiating away from the target, in the space (off) time of the RF transmitter.
This is all well known so far and it is utilized in NMR imaging where distinction between the elements can be made by analyzing the RF reaction.
What is not so widely known, is that certain patterns can excite or vibrate the atom into a nuclear resonance state where it will start to emit XY radiation.
This is somewhat related to electrons jumping up and down the valence band releasing photons, but in this example the effect is not caused by a limited (heat) friction model.
It is generated by the limitless RF electromagnetic model.
Because of this, shorter and higher patterns can be reached ‘micro bursts’, and cold targets can be used, however the process in continuous fashion does generate some heat in the target.
The radiation is released in a radial pattern and it can electrify metallic objects that are in near vicinity, and that are strike by these high energetic particles due to photo electric effect.
Because of the radial nature,to induce current in wire, for example, multiple setups are needed to strike the target in a motional fashion.
However not tried yet, my personal setup would fire this radiation toward a compact high density solar panel just to see what happens.
Atomic frequency’s and their harmonic components are extremely high.
It is very hard, to find the correct combination of field gradients, that will set up this critically field pattern to release the radiation.(especially by manually turning knobs)
The advantage here is, that generating or setting up these patterns, does not require much energy…
Much lower then for example comparison to the limited and current hungry thermionic way.
My eye fell on AI because maybe there is a way to program it in a way that it cycles through combinations of field strength / frequency combinations, whilst observing the feedback to look for the nuclear electromagnetic echo.
Or maybe it is too dangerous to release the power of the atom… Especially when control over it is given to some Open AI robot…
But consider this, if you turn up the voltage to a light bulb, the filament will just break.
And we can not keep burning fossil fuel or redesigning heavy battery packs.
So, would it be possible to write such program ?