dtp5150
Well-Known Member
What happens when alternating current is taken to extremes? I cant find ANYTHING online.
All our electricity from the wall operates around 60hz. What happens when this taken to extremes... megahertz ....gigahertz....with also gigavolts and gigawatts...?
What happens if you create an electromagnetic motor married to this power supply? How fast can it spin? What is the the smallest densest material we could make this so that the object doesnt shatter when spun at ...1,000,000+ rpm....? Does it create gravity? Does it bend light like heat waves? What the fuck happens? The surface will break the sound barrier at some point so I imagine a sonic boom, as the vaccuum created by the surface tension of the spinning object rips a hole in the air surround it.
If u could make it small enough its like a little sonic boom machine. or something. Also what about a "visual boom" if we hit the speed of light. The friction of mass traveling aside photons at a speed at which they are arriving would most definitely cause them to rub in a way they don't normally do, like a photon vacuum? Isnt that a black hole?
The particle colliders don't seem to focus on spinning things, just smacking them together really fast.
Someone should do this stuff. Where are the backyard Teslas.
All our electricity from the wall operates around 60hz. What happens when this taken to extremes... megahertz ....gigahertz....with also gigavolts and gigawatts...?
What happens if you create an electromagnetic motor married to this power supply? How fast can it spin? What is the the smallest densest material we could make this so that the object doesnt shatter when spun at ...1,000,000+ rpm....? Does it create gravity? Does it bend light like heat waves? What the fuck happens? The surface will break the sound barrier at some point so I imagine a sonic boom, as the vaccuum created by the surface tension of the spinning object rips a hole in the air surround it.
If u could make it small enough its like a little sonic boom machine. or something. Also what about a "visual boom" if we hit the speed of light. The friction of mass traveling aside photons at a speed at which they are arriving would most definitely cause them to rub in a way they don't normally do, like a photon vacuum? Isnt that a black hole?
The particle colliders don't seem to focus on spinning things, just smacking them together really fast.
Someone should do this stuff. Where are the backyard Teslas.