What about the following statement: In present electromagnetics theory, charge and charged mass are falsely made identical. Actually, on a charged particle,...
... wires ... the ... generator to ... have ... that ... or ... you ... Nope, sorry, same thing as before. I have actually tried this one though. It slowly...
... Well, A good and simple test for this would be - take two identical DC toy car motors and hook them up to eachother via direct shaft connection. You will...
Dear Moderator, I posted a link for a video highly relevant to the topics that have been discussed at this group and relevant to the very nature of this group....
All, I have filmed a new video that demonstrates the Jeff Cook Effect with a new hobby aparatus that I hope to market as a scientific novelty. It is extremely...
What about it? I'd describe it as pure speculation based on an active imagination. Unless the author described some way to experimentally or observationally...
Pretty entertaining! Quite a ways beyond my miniscule abilities, to build such a gadget. Just offhand, it looks like ordinary magnetics to me. What is ...
... novelty. ... well ... It's ... I agree, this is definately just magnetic effects, I have been experimenting with some of these effects and have found some...
I think Edmund scientific sells something similar. But they don't call it the Jeff Cook effect, they call it a magnetic effect. ... with a ... It ... well ... ...
... Well, I saw a video demonstration of just that. Lots of people witnessed it and played with it. The floating magnet was held in what the presenter called...
No big deal. Making a magnet float like that is old hat. http://www.hfml.kun.nl/fingertip.html http://scitoys.com/scitoys/scitoys/magnets/suspension.html That...
Please forgive my replying via the group, but I thought this may be of interest generally. ... No, not at all. I think charge and mass are two very independent...
Gary, Thanks for the link and for a part some questions are answered. Let me tell you about my reasoning: An atom consists of a core (nucleus) and one or more...
Yes, true, but see the next link: http://www.hfml.ru.nl/froglev.html That is also old, but nevertheless. "Gary S." <garys_2k@...> wrote: No big deal....
I think the crux here is that you (well, your examples) are using a combination of gravity and magnetism to contain the levitated magnet. I suspect Earnshaw's...
... Or it could be that when you tip the device sideways on earth, the levitating magnet in the middle of two or more other magnets does not fall or go to one...
... It could have been on Youtube or such. It appeared to be at a conference. There were many observers. NO restraints. NO superconductors. NO bismuth. Just...
In both links you cite below, the magnets are stabilized by diamagnetic response of the graphite (case 1) and bismuth (case 2). Earnshaw's theorem stands... ...
This video would show a violation of Earnshaw's theorem if there were no stabilization. If the floating magnet is covered in bismuth, well, maybe no...
Of course! Cook SAYS that diamagnetic material isn't involved, and if his gadget actually didn't use bismuth or graphite it would be really interesting, but we...
Gary, I noticed the problem. I tried to access that website using Mozilla Firefox and I did not see my attached files either. That website is still new and it...
Could it be possible to so carefully balance a magnetic levitation system that only a very tiny stabilization force would be sufficient? If so, maybe eddy...
