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Originally posted by Gorman91
The cage effect would be outside, but we are not talking about outside. We are talking about inside. I do not want to block all EM fields within the cylinders. I want to create an interacting field within the cylinder that causes a lot of matter to be turned into a cylinder ring shape, to which can be compressed into a strong gravity pull to this ring.
The spinning of this would create an weaker version of what black holes do. And multiples of this surrounding a craft, alternating in spin so as to create something similar to newtons shell theorem, would allow a ring-shaped black hole. I'm making a lot of smaller black holes so as to create a much larger one.
[edit on 19-6-2009 by Gorman91]
Originally posted by Gorman91
I want it so cold is because one affect from almost-absolute 0 temperatures is that atoms begin to act like one when packed together. if they start acting like one atom, then the cage affect won't matter, because the atoms will lose their identity and act as one. And when it acts like 1 individual particle, it will seek the least negative.
This, of course, is extremely difficult to do. So I'd imagine such a ship being a mile or more in size.
A superconductor not only prevents a magnetic field from penetrating (well, there's a penetration depth, actually), but it will expel an existing static field that is there when it goes superconducting.
Originally posted by Gorman91
yea that's true. I should.