What I think would be very interesting is to do the same frequencies of rotation and light but replace the magnets with simple non magnetic metal to see if the same patterns show up. That would show that the patterns are indeed a result of the magnetic field interference or just a cool light show.
Did you measure any weight differentials in your set up with you magnets running? (anti gravity)
I assume the magnets were just held on from there own magnetic power. If we know the RPM and shaft size. you could determine the centrifugal force outward and see how that compares to the holding strength of the magnets.. maybe determine if gravity is affecting the magnets correctly or ...
The motor is a standard 3/4 hp refrigerator type, attached to a dimmer switch. The magnets attached to the shaft are small cylinder neodymium's. The rotating magnets are being illuminated by a DJ L.E.D ballast that I have set to full spectrum. The RPM depends upon the time of day/night (as crazy as that may sound). The idea of this experiment is not to necessarily analyze each magnet individually, but rather, the collective field that is generated as they rotate in unison.
@bdubsdad Thanks for the nice comment. I meant to write you about 8-months ago when you posted it:) I will post many more interesting experiments in the near future, so stay tuned. YT
these videos are insane. i cant comprehend this shit at all
CowboyH3r0 2 months ago in playlist More videos from YoungTesla
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That is some crazy shit going on.
DrKarot7760 4 months ago
Comment removed
DrKarot7760 4 months ago
So, you adjusted the spin speed with the pot, but how did you change the light wavelength, some kind of home-made interferometer ?
deepcut66 8 months ago
What I think would be very interesting is to do the same frequencies of rotation and light but replace the magnets with simple non magnetic metal to see if the same patterns show up. That would show that the patterns are indeed a result of the magnetic field interference or just a cool light show.
Maxx2011 9 months ago
in the antiquity, they had this processus, very interessat the light spectre :D
cool man
zesuo 1 year ago
@YoungTesla
What RPM where you running?
Did you measure any weight differentials in your set up with you magnets running? (anti gravity)
I assume the magnets were just held on from there own magnetic power. If we know the RPM and shaft size. you could determine the centrifugal force outward and see how that compares to the holding strength of the magnets.. maybe determine if gravity is affecting the magnets correctly or ...
Yourfishman 1 year ago
@Yourfishman
The motor is a standard 3/4 hp refrigerator type, attached to a dimmer switch. The magnets attached to the shaft are small cylinder neodymium's. The rotating magnets are being illuminated by a DJ L.E.D ballast that I have set to full spectrum. The RPM depends upon the time of day/night (as crazy as that may sound). The idea of this experiment is not to necessarily analyze each magnet individually, but rather, the collective field that is generated as they rotate in unison.
YoungTesla 1 year ago
Very cool.
GRIDKEEPER 1 year ago
i love your videos. wish i had a bit more knowledge to get as far as you have. looking forward to more. thanks for sharing.
bdubsdad 1 year ago
@bdubsdad Thanks for the nice comment. I meant to write you about 8-months ago when you posted it:) I will post many more interesting experiments in the near future, so stay tuned. YT
YoungTesla 8 months ago
That's incredible! How do you construct one?
professormaxtrinity 1 year ago
Wow. I would like to know more about this experiment. All sorts of weird patterns are appearing. Interesting.
morpher44 1 year ago