there is a way you can go about doing this, but it would lose ALOT of electricity in the process
try directly powering a very powerful light with a outlet, then put a heat/light conductor on the other side
how would you go about doing this?
put dark black titanium blocks at the tips of a wind-mill like contraption, the heat would be absorbed by the titanium and converted into energy, along with the light literally pushing the windmill to make it conduct the leftover light into power...
there is a downside though, you would lose 4/5 of the energy you put in, and the windmill thing would have to be EXTREMELY light or else the light wouldn't push it, thus making you lose 9/10 of the energy
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Light cannot push a windmill no matter how lighweight it is, it just bounces off, which is why we can see it. The rest of the energy is just dispersed and transfered into heat.
your system would work, how would you tranfer those amperes from one point to another? Your system's theoretical purpose does not solve or problem.
It is impossible to have wireless electricity unless via lightning, which is impossible because it is not constant, and all electronic devices receiving a non-constant flow of electricity will fry up.
What Mythbusters did is prove that you can concentrate the charged particles of air into one point, thus giving them a slightly higher voltage than normal readings of air. Common principle which causes lightning, air is made up of charged particles.
To have an electronic device work, you need a steady flow of electrons going in and out of the device.