Published 2025-05-12 · Duration 1:54 · Video file(11 MB)
Explains the relationship between centrifugal and centrphetal forces and how magnets and motors can produce significant centrphetal spin.
Transcript
For every centrifugal action, there is an exponential opposite central pedal reaction. Centrifical force, central pedal force. Centrifical is an orbit, central pedal is on its own axis. So for every centrifugal action, you get a centrphetal reaction that is exponentially more than the energy that I'm putting in to the centrifugal motion. So I'm only going maybe like, what? Three hertz, like nothing. In the motion, I'm getting back in the form of centrphetal spin is a lot more. So if I put magnets, magnet, magnet, magnet, magnet all around this, then how did it attach to a motor that turned it about 2,300 rpm. This will be spinning at about 15,000 rpm. Multiply the centrifugal spin by 75 to get the centrphetal spin, which is considerably more. So why are we not utilizing the centrphetal spin from any centrifugal action that we are initiating? Just put coil here, coil here, spin with that, and you should get more energy out of what you're putting into it. In the form of spin, pretty simple.
centrifugal forcecentrphetal forcemagnetic fieldsmotorenergy production