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technocreep (August 7, 2008 at 9:21 pm)
Very good. Now that we have acknowledged Maxwell, let's include him in this design. What happens if we introduce the sound waves to an electromagnetic device. Could it be the same as the feedback you would get of a microphone being too close to a speaker? Would the effect of the sound waves on a generator produce more excess energy than what it took to produce the sound waves? If we took what I've introduced here, and put a long magnet inside the length of the copper wire, would it work?
MuddyPhuddy (August 2, 2008 at 11:52 am)
Sooooo it's true that changes in magnetism = changes in electricity (Maxwell's laws, electromagnetism). Unfortunately, it's not exactly true that changes in sound = changes in electricity - there is no world of "electrosoundism." It is definitely possible to use sound to create movement to generate power -I agree with that- but even a sound wave perfectly harmonious with copper could only make it vibrate...it's a heat generation, not current, at least not with copper...piezoelectrics may work.
technocreep (July 31, 2008 at 9:21 pm)
It's just a basic design to generate energy, the functionality not yet being perfected. This or something like it is probably sitting in R&D somewhere. It's the concept that's the most important at this point. If a 10-step ladder represented the final prototype being completed at the top step, then this would be the first step of that ladder, in the development of this type of generator.
8TRandom8 (July 24, 2008 at 4:32 am)
I not an expert, but something doesn't seem to add up about this... though, even if this works, I'm failing to see an application... how much energy would it theoretically produce? How bug is it? What could it be used in? |
