@HKeller777@valuetainment Antenna moves electrons internally,
external realization of EMF wave.
Short circuit near antenna, produces plasma, which can extract, via quantum tunneling, the electron.
The phenomena found in superparamagnetism shows thermal impacts magnetic vectors, EMF contains them, I thn
@HKeller777@valuetainment Then there will be an exponential release of energy.
Thermal can impact magnetic vectors, and the ratio of ionization-capable launch, will likely be low;
But something with good predictability capability, could refine that release timing.
@HKeller777@valuetainment For now, possibly.
If there's an electric arch, tied to, say, a crystal oscillator,
that arch extracts the electron,
crystal ticks to off,
electron moves, and crystal turns back on.
If the thermal wave aligns with the emf wave, while electron is on a major field of force…
@HKeller777@valuetainment If you free an electron from its source,
and you accelerate it via the electromagnetic force,
you can theoretically get the particle to a high enough speed, probably through the use of a metamagnetic phenomena, to where it can displace atoms upon collision.
Relativity.
Okay.
Wireless phone charging field = A
Static electricity from synthetic clothing fabric = B
Electromagnetic Waves from wireless comms = C
(A + B) * C = Ionized Electron Particle Emissions ?
Now I think that I can extract an electron from an antenna using an electric field,
Where if there's a secondary flowing field, say from the emissions of another (or maybe the same) antenna, then I have an electromagnetic slingshot.
If watt is strong enough, electron accelerat
@HKeller777@valuetainment if an electron escapes a wire, through the field emissions process caused by, say, an electrical short, and if there's an strong enough electromagnetic field around encapsulating the emission field, then that emitted electron can become ionized.
Hey @firefox,
Linux nerd here,
May I request the ability to swap the ctrl+c and ctrl+shift+c keyboard mappings?
My terminal autism has tormented me for years, and I'm too lazy to do a custom compilation