Is there resistance heating of planets?
tesla wrote:Another thought to add;
The flow of current thru space would have to be A.C. to be effective over vast distances. So, if in the current stream there was a planet, etc, a high frequency current would pass over the surface and a low frequency current would pass through the planet. If the wavelength of the current was exactly the diameter of the planet you would end up with a north and south, or a positive and negative end. There is nothing from stopping the plasma stream being both a combination of low and high frequency. You could think of Birkenland currents floiwng through stars as a string of pearls... Also the solar system could be a scaled down version of the solar system...
Tesla
junglelord wrote:I would say the flow of Electricity is actually Longitudinal in form as the primary carrier, not Transverse. Tesla would concur....
Infact I would say the Hompolar Motor is the way the Galaxy works and Pulsed DC is the way Pulsars work. I doubt AC is the way of the universe, but rather our way. Certainly AC Transverse Current would be fourth place in the hierarchey in my mind, behind Longitudinal Current, Homopolar Current and Pulsed DC.
junglelord wrote:Does Oscillation (frequency) = AC
Tesla:
The flow of current thru space would have to be A.C. to be effective over vast distances
arc-us:
If it has a frequency/oscillation aspect then wouldn't that be AC
bdw000 wrote:arc-us:
If it has a frequency/oscillation aspect then wouldn't that be AC
Ever hear of "ripple" ?
Any DC voltage can oscillate in exactly the same way that AC does, just without the change in current flow (any wavefrom can be either AC or DC, I would guess).
You can even have a sine wave on top of a DC voltage (so the DC voltage is fluctuating from +3 volts to +5 volts, for example).
Perhaps you guys are talking about something else?
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