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Dear Dr. Peter Lindemann and friends,
I once watched a borderland sciences production clip on analog computers. As far as I can remember from the clip there was a device that was composed of certain configuration of capacitors and inductors.
what interested me in that clip was that when the device was configured in a certain way one of the terminals (the inductor or the capacitors i forgot) had an interesting property that it exhibited cool on one side and hot on the other.
my question arises when i saw a youtuber who demonstrated the cold property of his light bulb that was powered by cold electricity.
and i'd be guessing that the same light bulbs when powered by the conventional electricity grid would go hot.
so, how does the forum view on the likelihood that these 2 phenomenons relate to each other?
regards,
glad
I once watched a borderland sciences production clip on analog computers. As far as I can remember from the clip there was a device that was composed of certain configuration of capacitors and inductors.
what interested me in that clip was that when the device was configured in a certain way one of the terminals (the inductor or the capacitors i forgot) had an interesting property that it exhibited cool on one side and hot on the other.
my question arises when i saw a youtuber who demonstrated the cold property of his light bulb that was powered by cold electricity.
and i'd be guessing that the same light bulbs when powered by the conventional electricity grid would go hot.
so, how does the forum view on the likelihood that these 2 phenomenons relate to each other?
regards,
glad