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News announcements and other topics => News => Topic started by: hartiberlin on May 13, 2011, 01:43:37 AM

Title: Moebius capacitor rotates when energized but does not consume power ?
Post by: hartiberlin on May 13, 2011, 01:43:37 AM
Hi,
I have seen some Russian videos,
where a guy has some kind of Moebis capacitor built and charges
it up with a low voltage via a cap and then hangs it on a string
and it begins to rotate from itsself
and the cap probably does not discharge !
So he has created a free energy spinning thing.

Watch this:

http://video.mail.ru/bk/mopoz/_myvideo/26.html

http://video.mail.ru/bk/mopoz/_myvideo/24.html

http://video.mail.ru/bk/mopoz/_myvideo/22.html

http://video.mail.ru/bk/mopoz/_myvideo/28.html

So how does this work ?
Pretty amazing !
Regards, Stefan.
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: ElectricGoose on May 13, 2011, 02:36:18 AM
Stefan

Hi mate. 

I notice you tend to get ahead of yourself in assumptions.  This is not a scientific or a balanced, fair approach to determining how something works!

You said "the cap probably does not discharge".  Does the inventor state this??  No.  So why add incorrect data to the equation and muddy the waters?  Additionally the comment of "so he has created a free energy spinning thing" is additionally erroneous.  This is not fact and it doesnt help your cause (or the free energy movement) to say incorrect things and then later be easily proven wrong.

Now back to things scientific.
1)  All capacitors lose charge.
2)  IF this is a moebius setup, then POSSIBLY it creates scalar waves which interact with the environment, hence inducing spin.  Scalar waves are capable of many things.
3)  It might not be what the inventor states at all.

Thats it.
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: friendenergy on May 13, 2011, 03:54:00 AM
Wow, that thingy is awesome.. Can't understand anything he is saying except I heard electrode I think...Can anyone pretty please translate those videos so I can watch them again and read what he is saying. I so want to make that.....Thanks.....
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: suvra.saha79 on May 25, 2011, 10:05:01 PM
I have seen the videos. It's really great!!!!!! & informative also. Thanks a lot for sharing. I have enjoyed & also learn from here..

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Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: mscoffman on May 26, 2011, 09:19:10 PM

One thing he could do that would easily improve his first experimental
video is to use a sub-minature slide switch out of a small electronics
device, to show that the mobius capacitor does not rotate on the
string until power is supplied to it. I assume that is how it should
work. That is a very easily implemented thing that would improve
the value of what he is demonstrating significantly.

:S:MarkSCoffman
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: friendenergy on May 26, 2011, 10:57:47 PM
Can anyone translate what he is saying so I can rewatch them with better understanding.
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: jonifer on May 27, 2011, 07:57:09 AM
http://www.magf.px6.ru/
theirs website - videos without explanation
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: wings on May 27, 2011, 11:32:48 AM
the experiment should be repeated in a closed tube

in one room, the air have upward motion due to heating

the coil at the top is like a propeller
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: MasterPlaster on May 27, 2011, 12:45:02 PM
the experiment should be repeated in a closed tube

in one room, the air have upward motion due to heating

the coil at the top is like a propeller

Also I have noticed when a piece of thread is put under stress, it starts to unwind. So a more reliable method of suspension is required.
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: jonifer on May 27, 2011, 03:37:42 PM
Similar experiments were performed in a reinforced concrete bunker with electricity is turned off - loop is spinning
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: gauschor on May 27, 2011, 04:22:01 PM
This remembers me of this video: http://www.youtube.com/watch?v=zOdboRYf1hM
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: Cherryman on May 27, 2011, 04:34:51 PM
It remembers me of a video of an Italian man suspending a magnet from the ceiling and it started spinning from itself.

I could not find it anymore, but this comes close:

http://www.youtube.com/watch?v=HcaWEiKEyAU (http://www.youtube.com/watch?v=HcaWEiKEyAU)
Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: rayallen20200 on April 10, 2012, 10:42:58 AM
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Title: Re: Moebius capacitor rotates when energized but does not consume power ?
Post by: stevensrd1 on July 24, 2018, 12:55:17 AM
Seems to me any thread under weight, starts to spin because the weight causes the thread to pull tighter or straighter when it may not have been previously. Im not saying the video is fake, maybe just the above he misunderstood. But one sure way to prove it is not the weight on the thread is use fine copper as the thread, and have that connect to a magnet that is suspended hovering under another. Ive seen these people make, the top magnet is connected to something solid, the bottom magnet is brought close to it so it attracts toward it, but the weight connected to the bottom magnet pulls down on it so it cant go all the way up and touch the top magnet, then you put magnets around that in repulse mode to keep it centered and you have a friction less floating magnetic bearing hanging there so to speak. You could also just use a point contact magnet, thats as simple as a nail tip stuck to a magnet with something hanging from the nail and it allows spin, the most friction there is where the tip of nail touches the magnet as very little pulls around the nail. Anyway just thinking out loud there, seems that would prove it spins, because the wire will not twist but it can still freely spin.