12 Diamagnetic Levitation Setups to Try with Pyrolytic Graphite and Neodymium Magnets |Magnet Tricks
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#diamagneticlevitation
#diamagneticlevitation #pyrolyticgraphite #neodymiummagnets
0:00 - 0:41 Intro
0:42 - 1:25 Opposition levitation (Including horizontal axis)
1:26 - 1:44 Suspension levitation
1:45 - 1:57 Multiple magnets in suspension levitation
1:58 - 2:05 Multiple magnets in suspension (Horizontal axis)
2:06 - 3:03 Suspension levitation of magnetic arrays
3:04 - 3:14 Double layer levitation
3:15 - 3:22 Triple layer levitation
3:23 - 3:44 Large gap levitation
3:45 -4:15 Interdependent levitation
4:16 - 4:29 Static electricity
4:30 - 4:40 Levitating homopolar motor
4:41- 4:57 Laser motion control
Thank you to lasersaber channel for the large gap levitation setup clip:
Fully Levitating Magnetic EZ-Spin Mot...
Thank you to Magnetic Games for the laser motion control of PG clip:
Laser Motion Control of Levitating Gr...
Thank you to supermagnete for supporting this channel:
5mm N50 cube: http://sumag.net/w-05-n50-g-i01
20x5x4,2mm N45 Ring : https://sumag.net/r-20-04-05-n-x02
ØN45 rod : https://sumag.net/s-04-05-z-x01
Ø2,5x1mm N52 disk: https://sumag.net/s-2_5-01-n52n-x01
5x5x1,2mm N50 block: https://sumag.net/q-cdm50-g-x01
12mm N48 cube: https://sumag.net/w-12-n-x02
1mm N45 cube: http://sumag.net/w-01-n-x01
Thank you to Tatu Jännäri for the marvelous narration
A diamagnetic material repels magnetic fields, but compared to the strong attraction of ferromagnetism, diamagnetic repulsion is very weak. Pyrolytic graphite is currently the most diamagnetic material known to man. Pyrolytic graphite or pyrolytic carbon, consists of multiple carbon atom layers that are organized into a hexagonal crystalline lattice or honey comb structure, in fact pyrolytic graphite consists of multiple layers of graphene. it's marvellous that by utilizing the diamagnetic repulsion of pyrolytic graphite, passive, non-power-supply levitation can be achieved in room temperature. Diamagnetic levitation can be achieved also with bismuth, but pyrolytic graphite's is clearly more diamagnetic than bismuth. In addition bismuth is very heavy, so even a thin piece of bismuth on it's own can't levitate over a magnetic array. Pyrolytic graphite has amazing properties in thermal and electrical conductivity and also exhibit robust mechanical properties in particular its resistance to bending stresses.
I hope this video inspires people to do their own experiments!
Music: Jesse Gallagher - Sleeping Prophet
0:00 - 0:41 Intro
0:42 - 1:25 Opposition levitation (Including horizontal axis)
1:26 - 1:44 Suspension levitation
1:45 - 1:57 Multiple magnets in suspension levitation
1:58 - 2:05 Multiple magnets in suspension (Horizontal axis)
2:06 - 3:03 Suspension levitation of magnetic arrays
3:04 - 3:14 Double layer levitation
3:15 - 3:22 Triple layer levitation
3:23 - 3:44 Large gap levitation
3:45 -4:15 Interdependent levitation
4:16 - 4:29 Static electricity
4:30 - 4:40 Levitating homopolar motor
4:41- 4:57 Laser motion control
Thank you to lasersaber channel for the large gap levitation setup clip:
Fully Levitating Magnetic EZ-Spin Mot...
Thank you to Magnetic Games for the laser motion control of PG clip:
Laser Motion Control of Levitating Gr...
Thank you to supermagnete for supporting this channel:
5mm N50 cube: http://sumag.net/w-05-n50-g-i01
20x5x4,2mm N45 Ring : https://sumag.net/r-20-04-05-n-x02
ØN45 rod : https://sumag.net/s-04-05-z-x01
Ø2,5x1mm N52 disk: https://sumag.net/s-2_5-01-n52n-x01
5x5x1,2mm N50 block: https://sumag.net/q-cdm50-g-x01
12mm N48 cube: https://sumag.net/w-12-n-x02
1mm N45 cube: http://sumag.net/w-01-n-x01
Thank you to Tatu Jännäri for the marvelous narration
A diamagnetic material repels magnetic fields, but compared to the strong attraction of ferromagnetism, diamagnetic repulsion is very weak. Pyrolytic graphite is currently the most diamagnetic material known to man. Pyrolytic graphite or pyrolytic carbon, consists of multiple carbon atom layers that are organized into a hexagonal crystalline lattice or honey comb structure, in fact pyrolytic graphite consists of multiple layers of graphene. it's marvellous that by utilizing the diamagnetic repulsion of pyrolytic graphite, passive, non-power-supply levitation can be achieved in room temperature. Diamagnetic levitation can be achieved also with bismuth, but pyrolytic graphite's is clearly more diamagnetic than bismuth. In addition bismuth is very heavy, so even a thin piece of bismuth on it's own can't levitate over a magnetic array. Pyrolytic graphite has amazing properties in thermal and electrical conductivity and also exhibit robust mechanical properties in particular its resistance to bending stresses.
I hope this video inspires people to do their own experiments!
Music: Jesse Gallagher - Sleeping Prophet
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