megs1120 said:
When antimatter and matter come in contact, to use super-complicated science terms, they kerplode and convert their mass almost entirely into energy. The biiiiiig problem with antimatter is that, even if we could make enough of the stuff, you would need to use more energy to create it than it would release in a reaction. It'd be great at storing enormous amounts of energy, but it'd waste an even more enormous amount of energy during production.
Not necessarily. The problem with the creation of anti-matter is somewhat similar to the problem scientists are facing in trying to create fusion reactors. It's all a matter of efficiency. As you stated, currently it requires a vast amount of energy to create anti-matter. Think of it this way, for every few billion or so atoms the use in the process, one anti-matter atom may be created. If, however, a vastly more efficient process is discovered, then anti-matter becomes viable. Though, storage is still an issue.
Delusibeta said:
To use even more super-complicated sciency terms, when anti-matter and matter meet each other, they annihilate each other, converting the vast majority of their mass into lots of energy Obviously, the big glowing problem with trying to store antimatter is that trying to prevent said anti-matter meeting normal matter is bloody hard, considering pretty much all of the Universe we know about is standard matter.
Not to discount your point, as you appear to be more informed than most, but I've come to understand that less than 40% of the known universe is comprised of what we'd consider "normal matter". Much of the universe is made up of dark matter and dark energy. Which, at present, are even stranger than anti-matter.
However, the big news I'm hoping to hear out of the LHC is the discovery of the Higgs Boson and/or the announcement that they've created micro black holes. The first is a theoretical particle believed to give all matter in the universe mass and the second would likely lead to the discovery of extra dimensions beyond the known four. (height, width, depth, and time) They're probably a L O N G time coming, but if either is discovered, it'll change just about everything we've come to understand about physics and the universe.