Using magnetic field to jump to another dimension.

[sionep]

This implies that to travel through a wormhole to faraway destination can be done in a small time frame. This sort of theoretical Physics is scary , imaginative but fascinating.

Some links which might be of interesting readings:
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"Wormhole (from Wikipedia)"
- http://en.wikipedia.org/wiki/Wormhole

"Travelling into the future..."
- http://www.abc.net.au/science/slab/wormholes/default.htm

"Wormholes"
- http://www.learnenglish.org.uk/magazine/worm_holes.html

 

[MRC_Hans]

Nature produces larger magnetic fields than we can hope to ever create. If large magnetic fields can create effects that contradict most physical theories, then there should be signs of such effects out there in the universe already. That seems like a rather more natural place to start.

Pulsars (spinning neutron stars with magnetic fields) have been observed with fields in the range of 10^14 gauss and higher. I think Z-pinch machines can achieve something on the order of 10^8 gauss, which isn't anywhere close to as large. So if we can create new effects in the lab, they should be happening out there in the universe already.

Well, actually some of those pulsars have properties that we have to strain the known laws of physics rather hard to explain. For instance, some of them rotate so fast that we have to assume a ridiculously small radius to keep them from exceeding the speed of light around their equator.

So, like an old friend of mine used to say: Something can be there .

Hans

 

[Soapy Sam]

Well, actually some of those pulsars have properties that we have to strain the known laws of physics rather hard to explain. For instance, some of them rotate so fast that we have to assume a ridiculously small radius to keep them from exceeding the speed of light around their equator.

So, like an old friend of mine used to say: Something can be there .

Hans

Or the observed data are of questionable accuracy?

 

[Greyman]

Well, actually some of those pulsars have properties that we have to strain the known laws of physics rather hard to explain. For instance, some of them rotate so fast that we have to assume a ridiculously small radius to keep them from exceeding the speed of light around their equator.

Can you name one of these objects? I'm interested in reading up on them.

-Greyman

ETA- Proper syntax.