Magnetic levitation on valley vs. magnetic levitation on the brink

[yeaalrightiamawake]

dynamic magnetic levitation 'Fascinating Captain' 

[fitnesus]

Nice Video That You Share , So Very Nice Thanks You This pencil carbon floats on a series of magnets arranged to V on a magnetic cushion, but in particular also floating in empty space between some magnets and other separated

[pirondinimarco]

@fitnesus Thanks lot, but now I have a question: I'm interested about yours channels... let me explaining: have you commented my video from many accounts? Then are you a beholder? This is a greatings for me, also I'm was a beholder, to know people's channel. But my question is dropped to know you now, not proper your channels :-D. Please answer to me something :-)

[lupabuatchannel]

I Really Like The Video From Your This pencil carbon floats on a series of magnets arranged to V on a magnetic cushion

[cenedywong]

Your Video Is Very Useful Sharing This pencil carbon floats on a series of magnets arranged to V on a magnetic cushion

[jessyjessy4]

i enjoyed this vid

[pirondinimarco]

@jessyjessy4 Thanks, the simplicity of the levitation on brink does to think about a bridge. I have attached a video that shows how the lines of magnetic field can be the ropes of that bridge.

[yyyzzzz]

An interesting effect ruined by atrocious video technique, hold the camera still or use a decent pan/tilt arrangement.

[pirondinimarco]

@yyyzzzz You know that if you do not appreciate the video footage you despise the content also. The question is the thing is really interesting? I think so, I do not rember the therefore the exact moment that I have recorded.

[yyyzzzz]

@pirondinimarco Dear friend, I do appreciate the clip, I don't "despise" it in any way, except that the video was very shaky. I now observe that it was made 3 years ago, so maybe your video technique has improved in the interim.Please accept it as constructive criticism.

[pirondinimarco]

@yyyzzzz Sure, I'have understand.

[JabbTheWocky]

Wow. You're magus. I'm trying to find magnet-vs-magnet configuration. Yes I know 'bout Gauss theorem. But I hope, this will be done at last.

[pirondinimarco]

@JabbTheWocky Have you seen watch?v=XerMaCzuamE, the response attacched video? It have some details.

[holyshitcantfindname]

@pirondinimarco I would like to ask where did you buy those magnets? I also want to know how big those are. One last thing, I want to buy magnets like those are 1inch cubes too strong?

[pirondinimarco]

@holyshitcantfindname I have buyed at vvvvvv supermagnete de. It is an european site. 1inch x 1inch x 1inch are very strong and they are much expensive too, this european site has not their. Try at vvvvvv indigo com instead, it is an american site, at Permanent Magnets you found neodymium cube magnets.

See you

[MultiIloveladygaga]

are those art shading utencils in the middle?

[pirondinimarco]

@MultiIloveladygaga thin micro graphite lead, for mechanical pencil !!!

[MultiIloveladygaga]

@pirondinimarco i mean those long white pointy sticks

[pirondinimarco]

@MultiIloveladygaga toothpick! Those are toothpick, they are used only in V setup, in gap setup there is a nylon cable tie for thick. See you

[MultiIloveladygaga]

@pirondinimarco if those are toothpicks then those magnets must be extremely small

[pirondinimarco]

@MultiIloveladygaga yes, magnets are 1cm x 1cm x 1cm, then cubic they have great strength having however a small measures

[MultiIloveladygaga]

@pirondinimarco damn. but for a lead ball like that floating. it wouldnt take much magnetic power

[iHeartElectricalEng]

This is cool, but I thought you needed a special kind of graphite to do it. I didn't know it worked with the mechanical pencil kind.

[pirondinimarco]

@iHeartElectricalEng Normal pencil mine of recent production, not old storaged pencil mine that do not work, just the cheapest modern we find at shop.

[shadethedarkbringer]

@iHeartElectricalEng Carbon, in all pure carbon states prove to be diamagnetic. Though Pencil lead is made of graphite, some brands add things like iron shaving, that will attract the graphite. Using any other type of diamagnetic material, especially lead or bismuth, with give a greater effect.

[WillCallahan94]

Are you mentally retarded?

[pirondinimarco]

@WillCallahan94 WTF!

[iHeartElectricalEng]

@WillCallahan94 why would you think he's mentally retarded... This video shows a perfect example of diamagnetic repulsion.

[pirondinimarco]

@iHeartElectricalEng Thank you very much!

[datlildodge]

@WillCallahan94 no he aint BITCH

[pirondinimarco]

@datlildodge WTH? Am I not a bitch? You have wrong! You answer this? This is not a method for answering, I could also be a ruffian (this is not the point of my video). My experiment does not nothing in true, this is only a research. If you want to answering the benefits or the mistakes, then, this is right way to do.

Thanks at all, anyway.

[Imadeyalook]

So which one is the winner?

[pirondinimarco]

@Imadeyalook The secret that I see with the second setup is that the magnetic lines of force of a magnetic field are the support on which the diamagnetic levitation does, like a cloth.

In the first setup the diamagnetic levitation is on a magnetic cushion, more evident as in many other videos.

So, the winner is: the diamagnetic levitation on the brink! That I like very much!

[fuelban]

@pirondinimarco To see if it is levitation & not repulsing, you need to put this on scales, weigh the whole thing, then on scales the weight of what ever item is levitated should deduct from over all weight, IE/ no gravity pull on it, thom in Scotland.

[pirondinimarco]

@fuelban cool your message, but I not understand one step: the weight should deduct from over all weight??? This is like to a matematical equation

[fuelban]

@pirondinimarco Hi guy, I will post a video this weekend 16th may 2010, this will help you see what i mean, thanks for you're email guy, i will let you know when i post it {video} please let me know what you think, keep in touch ok.

thom in scotland.

[fuelban]

@pirondinimarco @correocasa3 Hi, Yes i have done some drawings, on magnetic for my video to help folks understand, i will let you know when i post video this weekend 16th may 2010, if what you want is not shown then email me, i will help if i can, no probs.

thom in Scotland

[iHeartElectricalEng]

@pirondinimarco Ignore his comment. Just because it's levitated doesn't mean its weight is going to be subtracted. Every force has an equal and opposite force.

[pirondinimarco]

@iHeartElectricalEng Ok.

[nodws]

hey where is the ugly rap music? :)

[pirondinimarco]

I lose all, satisfied?

[pirondinimarco]

I must use yt also for my music! :-)

[31337Lisper]

Anyone can pause the video at a certain point of interest, so it's pointless and utterly annoying that you keep the camera still for so long on every piece.

I had to jump a lot in this video to see wtf it's about.

[pirondinimarco]

Sorry friend, my interest was to do an overview of the situation, totally disregarding the time taken. I will try to improve my videos in the future! Again sorry.

[iLevitation]

This can actually be done with two cylindrical magnets as well. If only there was a way to make a diamagnetically levitated piece of carbon float higher.

Cheers

[pirondinimarco]

Have you seen the two different levitation setup in this video? The second one is very iteresting.

[bzut07]

crap lol

[pirondinimarco]

you know djkoock?

[bodkin77]

I don't know what you have done here

[pirondinimarco]

I tried to levitate a mine pencil on magnets.

I had also levitate a mine pencil between the magnets, in the empty space! Regards.

[pirondinimarco]

the composition on the brink is a novelty! :-)

[freexky]

Absolutely great!! Thank you for all your effort.