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Originally posted by The Cloud Taster
reply to post by Whine Flu
Try this link...
Magnetisim
* Ferromagnetic and ferrimagnetic materials are the ones normally thought of as magnetic; they are attracted to a magnet strongly enough that the attraction can be felt. These materials are the only ones that can retain magnetization and become magnets; a common example is a traditional refrigerator magnet. Ferrimagnetic materials, which include ferrites and the oldest magnetic materials magnetite and lodestone, are similar to but weaker than ferromagnetics. The difference between ferro- and ferrimagnetic materials is related to their microscopic structure, as explained below.
* Paramagnetic substances such as platinum, aluminium, and oxygen are weakly attracted to a magnet. This effect is hundreds of thousands of times weaker than ferromagnetic materials attraction, so it can only be detected by using sensitive instruments, or using extremely strong magnets. Magnetic ferrofluids, although they are made of tiny ferromagnetic particles suspended in liquid, are sometimes considered paramagnetic since they cannot be magnetized.
* Diamagnetic means repelled by both poles. Compared to paramagnetic and ferromagnetic substances, diamagnetic substances such as carbon, copper, water, and plastic are even more weakly repelled by a magnet. The permeability of diamagnetic materials is less than the permeability of a vacuum. All substances not possessing one of the other types of magnetism are diamagnetic; this includes most substances. Although force on a diamagnetic object from an ordinary magnet is far too weak to be felt, using extremely strong superconducting magnets diamagnetic objects such as pieces of lead and even mice [7] can be levitated so they float in mid-air. Superconductors repel magnetic fields from their interior and are strongly diamagnetic.
Originally posted by Gentill Abdulla
Originally posted by 2weird2live2rare2die
could a discovery like this have any effect on space exploration, maybe a better way to send telescopes further into space than ever before?
If we can coat an object with a layer of electrons and apply these nanobubbles we can send objects very close to light speed.
(Look up rail gun.)
Originally posted by harrytuttle
Once the scientists figure out what causes gravity & inertia, they will figure out how to cancel it out. That will lead to craft that act exactly how UFO's do, with 90 degree turns, instant stopping, instant velocity from zero, etc.
It will change the world, completely. We are living in the stone age.
Originally posted by badw0lf
Originally posted by Gentill Abdulla
Originally posted by 2weird2live2rare2die
could a discovery like this have any effect on space exploration, maybe a better way to send telescopes further into space than ever before?
If we can coat an object with a layer of electrons and apply these nanobubbles we can send objects very close to light speed.
(Look up rail gun.)
You said you had a working time machine many months ago.
What happened?
Correction: The most conductive (actually, the least resistive) room temperature material.
Originally posted by Bobbox1980graphene is the most conductive material known to humankind.
Originally posted by Whine Flu
Originally posted by The Cloud Taster
reply to post by Whine Flu
Try this link...
Magnetisim
Man, I don't wanna hear from a scientist. Those mofos are always lyin', and gettin' me pissed!
Originally posted by Bobbox1980
One of my pet ideas is that alien UFOs use graphene in the skin of their hull to generate the immense magnetic fields needed( if Heim theory turns out to be true) to propel their craft.
Graphene layered on Nitenol (the memory metal supposedly found at Roswell). They have similar tensile strengths and graphene is the most conductive material known to humankind.
[edit on 30-7-2010 by Bobbox1980]