I'm surprised the words "inertial confinement" don't show up anywhere in the article. Like Morris said, if this works, the world's energy problems will be solved. I'll be very impressed if this actually works, as I'm not aware of any other fusion reactor that has even reached break even let alone a gain of 10.
The wonderful thing about fusion is that you're basically able to choose the products of the reaction, based on what you decide to fuse, unlike fission which is guarenteed to produce dangerous radioactive particles. Fusion is 100% safe, unless you count the extremely high operating temperatures and high-energy neutrons (theoretically used to create tritium).
And even though the primary fuels are rare isotopes of hydrogen, there's enough deutrium to sustain all the fusion reactors we could possibly need for longer than the sun will live. And tritium, as I mentioned above, can actually be bred as a byproduct of the fusion reaction. Frickin' sweet!
And no, it's not like the sun or Spiderman 2 in the sense that we won't be seeing a sustained ball of fusing matter. In the case of inertial confinement reactors, reactions last a fraction of a second, multiple times per second. Think rapid pulses of energy.
Encline added paint and electronics: http://www.tfw2005.com/boards/radicons-customs/299432-steampunk-hearts-steel-prime.html
The figure itself is produced by these guys: http://mastermindcreation.blogspot.com/
The original concept was created by IDW's Guido Guidi: http://tfwiki.net/wiki/Hearts_of_Steel
The wonderful thing about fusion is that you're basically able to choose the products of the reaction, based on what you decide to fuse, unlike fission which is guarenteed to produce dangerous radioactive particles. Fusion is 100% safe, unless you count the extremely high operating temperatures and high-energy neutrons (theoretically used to create tritium).
And even though the primary fuels are rare isotopes of hydrogen, there's enough deutrium to sustain all the fusion reactors we could possibly need for longer than the sun will live. And tritium, as I mentioned above, can actually be bred as a byproduct of the fusion reaction. Frickin' sweet!
And no, it's not like the sun or Spiderman 2 in the sense that we won't be seeing a sustained ball of fusing matter. In the case of inertial confinement reactors, reactions last a fraction of a second, multiple times per second. Think rapid pulses of energy.