My gift to the free energy movement!

[captainpecan]

Here we go guys! Here is a good piece of my work. Enjoy!

I only ask, that before you debate my use of equations, please view all the videos. I do understand the proper use of them, but I do have a very good argument as to why they are not being applied correctly.

I hope my work is of interest to some. The video's are still not great quality, but the content is real. I noticed the work of AllCanadian and others, and I believe most of you are starting to get it now. Maybe my work can help add more understanding of other ways to harness the same free energy.

Part 1 YouTube - The Young Effect Pt 1
Part 2 YouTube - The Young Effect Pt 2
Part 3 YouTube - The Young Effect Pt 3
Part 4 YouTube - The Young Effect Pt 4

[Jules Tresor]

Great !

Very good !

You are on a good way to make it easy to replicate by everybody !

Just that I felt like on a boat ... you should try to put the camera on a stand

Very nice work again

MDG

[DavidE]

captain

Very nice.

Could you monitor your circuit in a new way and report your results? Monitor your second cap (0.0v) after dead shorting, remove the jumper and see if you have some environmental gains on the cap prior to hooking it to the circuit.

The reason that I suggest this is I have some 5v super-capacitors that I can dead short... then keep the meter leads connected and in a few seconds I have 4-5v back in the cap. This voltage bounce will occur over and over but seems to bounce up slower and slower to lower and lower levels. None-the-less... it would suggest that the capacitor is conditioned in some way to gain charge from the environment, because nothing else is connected to it while it gains measurable charge.

[captainpecan]

Yes, what you talk about is the case. The capacitors have appeared to be conditioned, and do increase in energy as they sit still. These capacitors however do not have a great amount of capacitance, and thus do not show as much gain as you may be getting in yours. They will gain about .18v in around 30 seconds so far. Not enough to skew the experiment results as I do try to use them as quick as possible before it becomes a measurement issue. But yes, they do gain on their own also.

[Jetijs]

Hi captainpecan.
I think that this thread could be interesting for you

http://www.energeticforum.com/renewa...-violated.html

[captainpecan]

Actually, you are correct. I had not seen that thread yet, and found it very informative.

I ask some who may be rehearsed better in this manner than I am, to take a peek at Pt 3. Can someone explain why the actual work performed, does not appear to follow the 50% energy loss as the equations state it should?

In any account, figuring the energy right or wrong, the whole point is that this experiment does prove one thing. Energy will flow "through" a motor and caught on the other side, so we may reuse it.

I never claimed to be the first person to ever find any of this. I'm just sharing my work with the hopes it may help the community move forward, or for me to move forward. I value your replies, thank you.

[Allcanadian]

@captainpecan

In any account, figuring the energy right or wrong, the whole point is that this experiment does prove one thing. Energy will flow "through" a motor and caught on the other side, so we may reuse it.

I remember the first thought I had when I understood this principal, it was an OMG moment, LOL. It's crazy that we have been taught to "see" one thing--one way and then everything changes in an instant. I think everyone here has gained a lot of momentum and good things are going to happen.
Best Regards
AC

[twoody]

@captainpecan

I remember the first thought I had when I understood this principal, it was an OMG moment, LOL. It's crazy that we have been taught to "see" one thing--one way and then everything changes in an instant. I think everyone here has gained a lot of momentum and good things are going to happen.
Best Regards
AC

Finaly! A simple experiment that I can replicate. great work and presentation. Is this what Allcanadian was explaining in the last part if his pdf from the thread that has been frozen? He did say that you could remove the switches and still get the same results. This one I know I can replicate with my entry level knowledge. thanks again

[Aaron]

thread is open

Hi Twoody,

The thread is open.

[captainpecan]

Finaly! A simple experiment that I can replicate. great work and presentation. Is this what Allcanadian was explaining in the last part if his pdf from the thread that has been frozen? He did say that you could remove the switches and still get the same results. This one I know I can replicate with my entry level knowledge. thanks again

Actually, it's funny you should say that because I was finishing up my vids when I found that pdf myself. Great work AC!

[boguslaw]

What abou two charged caps joined in parallel ?

Maybe a stupid question but if each of caps is charged to 9V and they are both connected in parallel and then disconnected , what would be the charge on each of them ?

[captainpecan]

Maybe a stupid question but if each of caps is charged to 9V and they are both connected in parallel and then disconnected , what would be the charge on each of them ?

The only stupid question is the one that didn't get asked! Honestly, what you describe, even in my own experiments, really does appear to follow the equations almost exactly to a "T". You lose close to half the energy. In other words, the way I understand it, if the energy could be explained in Volts, (which it cant, but for ease of understanding), then when you discharge both 9v caps, at the same time, in parallel, you can get about as much energy/work out of each as if each had only 4.5v in them to start with. This is not the true scientific explanation, if you wish to see the exact use of the equations, check out Pt3 in the videos. I believe I show exactly what you ask, and it does show the loss I'm explaining.

I hope I answered that correctly, if not, I'm sure someone here may be able to fill in the gaps.

[captainpecan]

Ooops... I didn't read your question right, I'm sorry.

If 2 caps each have 9v in them, and then you hook them both in parralel, you would have pretty much exactly what you started with. No energy would change sides at all because both caps are equal. You see, in order for energy to transfer from one cap to the other, there must be a difference in energy.

Did that help?