Tragic accident with ball magnet EMDR motor-generator

[synchro1]

Here are some photos uploaded by Gravityblock:

[synchro1]

Note that the balance magnets revolve 360 degrees at 3.38 Hertz, twice the 1.618 on the left side. The right side yields a Shumman resonant frequency of 7.83 for the complete revoloution. The speed of the magnet wave is Pi/2. C, and multiples of Pi like 6.28 result in resonant peaks, depending on which side of the Chiral disks the balance magnets are positioned! We witness a range of resonant peaks, all of which correspond to one or another of these formulas.


http://www.youtube.com/user/JEBAYLES

[synchro1]

1,000,000 R.P.M. There's hardly anything to this circuit. Take a close look at the coil and see if you can identify a third wire, indicating a series bifilar connection!


https://www.youtube.com/watch?v=RB7zzs9x5Og


Anyone who has played around with this kind of power spinner will start to ask why the neo magnet spinner accelerates at such a high rate of speed, while coupled with input power reduction. The increase in speed during power reduction can not been adequately explained without the "Magnet Wave Theory".

[TinselKoala]

Yes, it's perfectly explainable without recourse to unconventional hand-waving.

That last video is a bit more believable because the acoustic signature is a cross-check on the electrical tachometry. Still, there should always be some confirming measurement: optical or audio or maybe physical vibration, to verify that the magnet is spinning in 1-to-1 synch with the driving signal. No, self-triggering does not always assure 1-to-1 synch.

The most important part of that demonstration is the magnet explosion. He could easily have put out an eye, or even worse, destroyed his oscilloscope when that happened. If people want to fool around with spinning magnets fast like this, they really need to spend some time on safety precautions.

Also it's evident that the driver he is using doesn't correspond to the schematic presented at first.

[synchro1]

Yes, it's perfectly explainable without recourse to unconventional hand-waving.

That last video is a bit more believable because the acoustic signature is a cross-check on the electrical tachometry. Still, there should always be some confirming measurement: optical or audio or maybe physical vibration, to verify that the magnet is spinning in 1-to-1 synch with the driving signal. No, self-triggering does not always assure 1-to-1 synch.

The most important part of that demonstration is the magnet explosion. He could easily have put out an eye, or even worse, destroyed his oscilloscope when that happened. If people want to fool around with spinning magnets fast like this, they really need to spend some time on safety precautions.

Also it's evident that the driver he is using doesn't correspond to the schematic presented at first.

I want to reinforce TK's admonition; The hyper fast spinning magnet is a LETHAL PROJECTILE! A PVC coupling provides adequate protection. The coupling not the pipe.