Antigravity Effect , Magnet Through Copper Tube, part 6

[HappyJackProduction1]

so what your going to do is suppress information in the ridiculous hopes that you'll invent something that will either get you killed or make you money......this is why nothing ever gets invented to help people, cause money is the motivation which in the long run will suppress anything ever made that actually can benefit mankind. When are you guys going to learn, there is nothing you can make that already hasnt been invented and suppressed.

[frankensteinmoneymac]

Hey did you happen to see the vid on here of the guy who takes two copper tubes and sticks the magnet in between the two...then he has it set up to spin the copper tubes really fast, and the magnet levitates. Really cool experiement! Its on YT somewhere, but if you cant find it, I will try to look for it and give you the link. I think I have it saved in my favorites somewhere (among about 2000 other videos LOL!)

[INVENTOR3]

@frankensteinmoneymac I love that video! I know exactly the video you are talking about,,,,i been meaning to look at how much RPM he had to have before it levitated. I will be conducting many experiments with spinning magnets now. OK, i was compelled to find it, 6K RPM..... watch?v=glCNP6qH_Dc

[frankensteinmoneymac]

@INVENTOR3 Very cool...thanks for the link again. BTW We seem to be involved in similar areas of research, and experimentation. I think you would really enjoy JOHNROMANIWASZKO's page. Its one of the most fascinating pages here on YouTube. He has something like 14 or 15 different 'antigravity' effects that he performs complete with in depth explanations on why they work. He has experiments in levitation using everything from magnetic, to ionic, sonic, electrostatic, and beyond! Nice guy too!

[INVENTOR3]

@frankensteinmoneymac Oh, wow, great channell. I subscribed to that one for sure,,i will have to check out his stuff, thanks!!!

[camelsonhorizon]

this is what i think. the magnet is INDUCING a field in the copper, by movement in the local environment, and THAT field causes drag UP as the magnets move Down.

[INVENTOR3]

@camelsonhorizon Hmm, yes, this is what the science community believes is happening now. Hmm, this drag, would you say it is a "resistance" or an "attraction"?i believe now, because of recent experiments(i may have to make a video of this)that the permenant magnets have an "attraction" to the plate of copper. when magnet slides down the plate and the poles are facing horizontaly, the magnet will pull away from the edges of the plate, even if i tip plates to the side!

[camelsonhorizon]

@INVENTOR3 it is only an Attraction to the affect of the FIELD induced into the copper. a MOVING magnet will Induce a field in metals conductive. (not necessarily Magnetic at all.) if it will conduct, a moving field past IT will make a potential for the field to change from a magnetic field to a current...INDUCED. I would say , then, it is not a resist OR an attraction, basically. it could be both at the same time though, you dig?

[INVENTOR3]

@camelsonhorizon yes, i understand. Mybe an attraction and a resistance type of force, yes both.

eddy currents on top of mag are spinning one direction and eddy currents on bottom are spinning in opposite direction, well they say it is not the eddy currents directly but rather the currents that the eddy currents make are opposing each other,,,but im still not convinced that this is what is actualy happening here, science has not always been 100% correct.

[camelsonhorizon]

@camelsonhorizon well your proof in my opinion lays hereas you are on good tracks , : maybe : move Copper BY the magnet and test for current, you DEFintely should have a current meter somewhere, and see Joule Theif etc, make a coil of awg wire that is connected to a light emitting diode to SEE the magnet current dissolve in a diode, per se. by position, ..along the path of gravity where it moves. my guess is that you would get current and usable "work" by the magnet, PER Gravity. righteousman

[pcxcity]

I see you have a telsa coil in the back round..I notice that your kind of got an idea that I been working on for a long time now..but it's like the telsa coil but used as a gyro with mercury filled tubes instead..so I know we talked about it earlier with you..and I now have more people working with me on it..so we are not alone on it..

[INVENTOR3]

@pcxcity Hmmm, we talked about this before,,,so this must be Kevin? Sometimes i get confused between youtube names and e-mail names/ addresses. Now i kinow that pcxcity is same as Kevin sending me ideas with Hg in my e-mails :-) I will be going over those e-mails again soon. I have been saving them all together.

[INVENTOR3]

@nutral84 More to come soon!,, thanks for the inspirational comment :-)

[TheSdenne]

Here's some info... Faraday’s Law says that when magnetic flux changes in time, an Emf is induced in the environment which is not localized and also is non-conservative.

Try dl'g this... Google: "Motor Fundamentals." You should wind up with a ppt PHY 632 Lecture on the Faraday math and experiments.

I haven't used magnet paper before. That's a good idea.

[INVENTOR3]

@TheSdenne thank you, i found it, lecture 10.

I will read this info soon and get back to ya,,,,good stuff,,,,,thanks.

Have to go to work now.

[247News1]

Hey Paul.. Does your hair stand on ends when your in your Electron House.. Mine dose.. lol.. Great stuff as always... Thanks bro.. Love to see that place.. ha.. A true man of science and new technology. TC my man..

[INVENTOR3]

@247News1 hehehe, if i get near my van de graff, i can feel all the hair on my body getting pulled towards it, odd feeling.

Thanks for the inspiring comments :-)

And thanks for the news updates, good stuff.

[Anothercoilgun]

Keep up the good work.

[Rawbush]

Thanks for sharing your findings, very interesting. Keep the camera rolling. Peace rawbush

[INVENTOR3]

@Rawbush I will keep at it. Thank you very much.

[drakcoreoriginal]

You can flip the poles on ferrite magnets by forcing it against a very strong neo with the opposite poles.

[INVENTOR3]

@drakcoreoriginal Yes, interesting, i will keep this in mind. thanks for the comment

[tracmag]

I like it!

[onthecuttingedge2005]

cool beans.