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@Curves: What epic screw up would that be? Fusion requires an active process to maintain, can't really have a runaway reaction like fission processes, and thus would theoretically 'quit cold' even if the device experienced a critical failure. A fusion reactor isn't the same thing as a fusion bomb.
@Dreamwriter:That's a little bit different...the sun has a HUGE amount of fuel and holds it together with gravity...pressure goes up, gravity goes down, it grows but still has enough pressure to keep going...if you dropped all containment on the sun, it would blast apart and stop working.
@FrankenPC:
This - http://en.wikipedia.org/wiki/Bubble_fusion ?
It's one of the iffy forms of Fusion. It could be a fusion reaction (though so small as to be useless), but it just might be a nice pretty light.
@deanbmmv: Thanks for the link. My point being, if energy can be concentrated on a small scale using sound, it can be magnified on a large scale. So, it might be possible.
But seriously, being canadian myself, I'd have to say this shouldn't be too hard considering we already have a few.. yeah it shouldn't be too hard to retrofit a US destroying missile rocket on behalf of north korea for the right price... bwahahahaha bacon mwahahahaha
@Andyr2120: No, it's a fusion reaction. Fusion uses Hydrogen or Helium, typically. This is how our sun works, it's just a big fusion reaction. The advantage is that there's usually almost no radiation produced from the reaction (and in bombs, it makes a bigger boom).
@Andyr2120: Difference between fusion and fission materials;
Fission - The bigger it is the easier to break. They use 238-Uranium... relatively unstable, but more importantly its big.
Fusion - Requires more oomphh to combine larger things, therefore the smaller the better. Hydrogen has 1 proton, Helium has 2... they're the two smallest elements.
I imagine this solution would be be palatable for the general population as huge ass explosions are preferable to fallout in the event of reactor failure?
@fredcadete: Yeah, superconductors are pretty freaky. They don't just have a very low resistance, they have exactly 0 resistance, so it takes no voltage to keep a current going, just the current's inertia keeps it going (although if it goes through a bend it will emit radiation that will eventually sap it's energy).
Even freakier: you can have two different currents that run opposite directions in the *same* wire at the same time without affecting each other... (head 'asplodes)
Nothing has 0 resistance. They might have a resistance VERY CLOSE to 0, but it will not be 0.
Also it might retain a current for a while after it has been unplugged from a power source (as it would take a while to discharge), but it's not going to spontaneously form a current.
07/31/09
07/31/09
08/01/09
08/01/09
07/31/09
07/31/09
This - http://en.wikipedia.org/wiki/Bubble_fusion ?
It's one of the iffy forms of Fusion. It could be a fusion reaction (though so small as to be useless), but it just might be a nice pretty light.
07/31/09
07/31/09
07/31/09
We're goin nuclear, eh.
But seriously, being canadian myself, I'd have to say this shouldn't be too hard considering we already have a few.. yeah it shouldn't be too hard to retrofit a US destroying missile rocket on behalf of north korea for the right price... bwahahahaha bacon mwahahahaha
07/31/09
07/31/09
07/31/09
Fission - The bigger it is the easier to break. They use 238-Uranium... relatively unstable, but more importantly its big.
Fusion - Requires more oomphh to combine larger things, therefore the smaller the better. Hydrogen has 1 proton, Helium has 2... they're the two smallest elements.
07/31/09
If it works; YAY energy.
If it fails; YAY awesome explosion! BOOM!
07/31/09
I imagine this solution would be be palatable for the general population as huge ass explosions are preferable to fallout in the event of reactor failure?
07/31/09
06/20/09
06/19/09
06/17/09
06/17/09
I will have wonderful dreams of the future tonight.
06/17/09
(25mm is just under 1 inch)
06/17/09
06/17/09
06/11/09
06/11/09
Even freakier: you can have two different currents that run opposite directions in the *same* wire at the same time without affecting each other... (head 'asplodes)
06/11/09
Nothing has 0 resistance. They might have a resistance VERY CLOSE to 0, but it will not be 0.
Also it might retain a current for a while after it has been unplugged from a power source (as it would take a while to discharge), but it's not going to spontaneously form a current.
06/11/09
06/11/09
It's pretty easy. What's hard is to make a material that is 1 atom thick and STABLE. That's really the hard part.