Anyone know this tesla device?

[captainpecan]

You are 100% correct. And that is the EXACT theory I have been basing all of my experiments on. In my mind, it's all about RECYCLING that energy. You are not creating it or destroying it. We cannot do that. But it appears that the work done by the motor is the "Free Energy" per say. The magnetic field that is generated around the coil of wire as current passes through it, is the secret here. That magnetic field, (in my opinion) is not coming from that wire. It is the environment reacting to the current of the wire. That means the magnetic field is "independant" of the actual energy in the wire. That magnetic field can slow down the flow of current in the wire, Lenz law, but it is not "created" by energy leaping out of that wire and being lost in the environment.


There was some work Tesla did I tried studying many years ago. There just doesn't seem to be much about it anywhere anymore. But what I am referring to I believe was called the Tesla Shuttle but I may be incorrect with the name. I cannot find the patent anymore or anything by that name. I hope someone in here remembers it and maybe can remind me what it was called. But it was following the entire idea of passing energy THROUGH devices to power others while still getting the work done from the first one. I sure wish I could find more about it now. So much I want to learn from it and recreate to test. But I honestly believe he visualized this way more simple than many of us make it out to be. I think is simply recapturing as much as possible WHILE you get work done from the devices. Adding them together gets you to what we believe is overunity. But hey, trying to prove it is where the real fun is...

[captainpecan]

Something that always bothered me about capacitors though, is that assuming the equation is absolutely correct for figuring energy in a capacitor, you effectively lose half of the energy immediately just charging the capacitor. Clearly it's not exactly 50%. Many things go into consideration. But for the most part, it is very lossy. While figuring ways to utilize lithium ion cells in certain ways can give over 90% efficiency in recharging. Clearly there are advantages and disadvantages of both methods. But I have always had that initial loss bouncing around in my mind every time I try amd decide the use of capacitors. Are they really that inefficient? My tests seem to prove that they are. Can we improve on that somehow? Possibly maybe charging them in series from back spikes that are high voltage, and then discharging them in parralel to a load or to recharge batteries. It seems you would avoid that immediate 50% loss of energy for some reason. Maybe I am incorrect in that. But it's an idea.

[sm0ky2]

I see it like this:


When you just place your charge on one side,
1/2 the capacitor charges, the other half induces
an equal and opposite charge - this is the other half
of your energy - the part you 'lose'.


If you take a 2nd inductor (reversed), pass the same electricity
through the 2nd one and feed it to the other side
You effectively have 2x charge on your capacitor
resulting in pretty close to what you put into it.
(minus heat etc)

[dawson]

I've seen it before on the video, but I don't remember its specifications.