Added: 2 years ago
From: Eltimple
Views: 25,168
Sort by time | Sort by thread (beta)

Link to this comment:

Share to:

All Comments (27)

Sign In or Sign Up now to post a comment!
  • Surely, this type of generator produce a lot of amps at low voltage. Faraday Paradox is the main reason behind the "magnetic motor" hoax. But getting back to the business, if you use more discs and connect them in series, you can get higher voltage while still getting an big amperage. Sorry for my fancy english, im not a native speaker.

  • you kinda measure some electrostatic energy there, not dc current.

    it's gave off by mechanical wiping of electrons due to friction between the probe and the disk.

  • this gives out dc, right?

  • Comment removed

  • @myryonspoof the DMM is going nuts so its probably ac.

  • @myryonspoof Yes.

  • Well, according to my recent studies, there's no counter EMF or counter torque exerted on the motor shaft until CURRENT is pulled from the generator. In the video you are showing voltage, but no current is being drawn so it's not a good test of counter EMF. I do suggest that you test what you can pull for current off of that machine because Bruce DePalma said his machine (same exact principle as this machine and very similar build) was low voltage with thousands of amps! Worth testing!

  • current please?

  • what all did you use to make this? and how much does it produce?

  • yes its strange its Faradays paradox.

    . Faraday attempted to explain the disagreement with observation by assuming that the magnet's field, complete with its lines of flux, remained stationary as the magnet rotated (a completely accurate picture, but maybe not intuitive in the lines-of-flux model). In other words, the lines of flux have their own frame of reference

  • @Eltimple

    Just did some reading, your problem might be that the disk is bigger than the magnets. Apparently in the area not under the influence of the magnets the current loops and is dissipated.

    So when these things to generate current and you short them out. Do they become harder to turn? If so what is that harder to turn force pushing against? The magnets? (which are already spinning) Nothing?

  • @sjh7132 again there is no counter reactionary force , unlike a normal gen or motor as there is no back emf to invoke lenz law

  • @Eltimple 100% true. Lenz law refers to change in flux. Faraday's Dynamo, and others like it, do not change the magnetic flux of the motor/generator. Therefore there is no back-emf.

    In reference to the dynamo design, the flux should be closed internally through the disk. The magnet size is good, you just need to close the flux loop through the disk using a small iron "cap" to cover and fold the flux lines.

  • The problem in America is that we're taking what was never there and blow it up on a gigantic scale when its not even real.

  • Is it okay that the magnets are spinning at the same speed as the disk? I guess there is nothing in a magnetic field to spin, but in the end except for everything spinning together, there are no moving parts. Seems strange

  • Put a copper disc!

  • Aluminum will work, but copper is better from what I've read.

    I'm wondering why this guy didn't measure the "current"

    probably becausethey would remove his video if he did?

  • Yeah, what's the amperage?

    And basically there is nothing fighting the motion right?

  • very nice

  • You supposed to get high current and low voltage with the faraday disk. Try measuring the current, hopefully you have to set your meter on a high scale.

  • Nice project. I think that it works like some kind of energy amplifier. This morning I try this esperiement watch?v=_-kQans2rww

    "Laplace rail", and when aply 12 volts(aligator clip in the multimeter leads) , it transforms in 200 to 1000´s in the rails.

  • Sorry, I can't help but ask. The music in the background, is it yours or someone else in your abode. No offense; but, if it isn't yours, does it annoy you?

    BTW, I love following your maggie experiments.

    Terry, also of Steorn

  • @commengr Don't you feel sorry for the people listneing to a lathe?

  • interesting :)

Loading...
Alert icon
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more