Three spheres were tried in this test, aluminum foil, solid ball of aluminum and a brass sphere. The spinning magnet is a one inch neo spinning above a Bedini coil.
I see your voltage going into the the 'electromagnet'? but could you describe your setup a little better so that this effect might be replicated in a college physics to better help explain the effect? Ive been very interested in experimenting with electromagnets of higher caliber than just copper wire and a battery...your help is much appreciated and will be credited!
There isn't enough room to describe much. I posted later videos showing this effect as well with a sphere magnet. This is a Bedini pulse motor with the magnet spinning as the rotor. Research 'Bedini Davro' to find the schematic, it will be easy to replicate. The circuit consists of a transisor, couple diodes, a few variable resistors and spool of two conductor wire...simple.
Yes, I showed the input voltage to the circuit on the video, 6.4 vdc. That being said the material demo-ed in the green cap will still spin within the magnetic vortex with the circuit shut off.
I see your voltage going into the the 'electromagnet'? but could you describe your setup a little better so that this effect might be replicated in a college physics to better help explain the effect? Ive been very interested in experimenting with electromagnets of higher caliber than just copper wire and a battery...your help is much appreciated and will be credited!
butf1ad 1 year ago
@butf1ad
There isn't enough room to describe much. I posted later videos showing this effect as well with a sphere magnet. This is a Bedini pulse motor with the magnet spinning as the rotor. Research 'Bedini Davro' to find the schematic, it will be easy to replicate. The circuit consists of a transisor, couple diodes, a few variable resistors and spool of two conductor wire...simple.
retrod1 1 year ago
I assume you are inputing electricity in the coil ?
dan020350 2 years ago
Yes, I showed the input voltage to the circuit on the video, 6.4 vdc. That being said the material demo-ed in the green cap will still spin within the magnetic vortex with the circuit shut off.
retrod1 2 years ago
I see so you need a Bedini coil *.
dan020350 2 years ago
Not really. If you can spin the magnet fast enough (like a top) you should see the same effects.
retrod1 2 years ago