Joule Thief



Joule Thief

Joule Thief

Joule Thief Circuit

Joule Thief Circuit How to Make and Circuit Explanation

Easy Joule Thief Circuit

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Free Energy Transformer: Combination of Bifilar Coil and Joule Thief Circuit

Bifilar Coil

Tesla Bifilar Coil USP 512,340 Page 1, Page 2 Line 97-105, Page 3 Line 1-6 Claims 1-2

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Hi Simon,

I made a joule chief link page at:

http://gratisenergi.se/joule.htm

and some researchers use a tesla bifilar coil in a joule chief.

Can Nikola Tesla's bifilar coil break symmetry?

Best Wishes, Hermes


Hi Hermes,

You likely mean joule thief, not joule chief.

The bifilar coils do not themselves break symmetry. So far, symmetry breaks are pretty obvious in that something changes that makes a field no longer act on the things we're looking at, then allows it to act again after a switch back again. Thus we're turning a force on and off, but using less work than we can extract from that change of conditions.

Normally, symmetry means that doing something and then removing it or undoing it has an equal and opposite energy change between doing and undoing. Likely a bit of loss along the way, too. When you find something that isn't symmetric that way, it's pretty obvious, and it's also pretty obvious why it is not symmetric. We may have changed the quantum state from fermion to boson, for example, or changed the state from a charged state to a net zero charge.

Thus if you look at the bifilar coil, at some distance away you see no net magnetic field at all, though when you're very close to it you do see magnetic field from the wires (you need to be closer than the distance between windings to see that). Thus some energy goes into a very local field, no significant energy changes further away. Might be some radiated energy, too, but can't be a lot and there's likely no way to measure when what's actually happening is that two equal-magnitude waves with 180° phase difference travel in the same direction. No measurable difference to no wave at all.

Thus you need to look at any proposal and figure out whether there is any possibility of mismatch in the work needed to go one direction and the work you get back in retracing that movement. Nearly always, if you find a mismatch, it's a loss of useful energy which generates heat, which of course is not what you want. If you're lucky, you'll find something where changing some parameter changes the potential energy (PE) that the system has, with the change in PE being greater than the work you need to put in to produce that change. That would be a valid asymmetry.

Note that PE is actually a scalar, that has only magnitude but no sign. Thus if you find PE in the parts of a system, it just adds independent of what direction it would act if you let it move.

Best regards, Simon




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