Anyone ever visited this website? I know I have and find it to be very interesting. Soon I will be solving the world's energy problems!
It's got some plans for creating your own relatively cheap fusion reactor. I will shortly be fixing all the world's energy problems. Too bad there's not any viable net producing fusion reactors out there yet =D.
I'm not sure why I put this in this particular forum ...if a mod would like to move it then go for it.
Production of this is ridiculously hard with current technology. I read somewhere that we're capable of producing less than 10 nanograms a year and it takes billions to produce.
Found it in Wiki:
Wikipedia said:
This means to produce 1 gram of antimatter, CERN would need to spend 100 quadrillion dollars and run the antimatter factory for 100 billion years.
If we produced it in large quantities we'd blow our world out of existance. I don't think we can be trusted with such godly power yet. Antimatter bombs would make nuclear bombs look like m80s.
If we produced it in large quantities we'd blow our world out of existance. I don't think we can be trusted with such godly power yet. Antimatter bombs would make nuclear bombs look like m80s.
Really? That's interesting, I've never heard that before. Why would splitting (or fusing?) an anti-nucleus (?) cause such a massive reaction? Are large enough anti-particles even known? I thought the only one we've created is antihydrogen?
An antimatter bomb is a device which mixes anti-matter with matter to cause a massive release of energy. E=mc²; the energy released by mixing 1g of matter with 1g of antimatter, destroying both is 1.8x10^14 Joules, or 49930843 killowatt-hours to use units easier to relate to.
We currently store anti-matter in a HUGE (and by huge I mean football fields in diamter) circular tube. They speed around it in a vacuum(sp? I never can spell it). E=MC^2 like WW said. C=the speed of light which is an amazingly huge number ...now squaring that adds insult to the injury. Let's say we had 50 pounds of that shit ...boom! =D.
Anyways, antimatter is the most powerful method we have right now to approach the speed of light, isn't it? I was watching a show on space propulsion and it said that antimatter explosions could possibly send ships at half of the speed of light. Now I'd like to see the ship that could take that kind of force and survive, though =P.
We currently store anti-matter in a HUGE (and by huge I mean football fields in diamter) circular tube. They speed around it in a vacuum(sp? I never can spell it). E=MC^2 like WW said. C=the speed of light which is an amazingly huge number ...now squaring that adds insult to the injury. Let's say we had 50 pounds of that shit ...boom! =D.
Anyways, antimatter is the most powerful method we have right now to approach the speed of light, isn't it? I was watching a show on space propulsion and it said that antimatter explosions could possibly send ships at half of the speed of light. Now I'd like to see the ship that could take that kind of force and survive, though =P.
It sounds horribly wrong to you? I'm going to actually devote time out of my day to looking up references now, thanks :/. All I know is it must be stored in some sort of a vacuum or something like that otherwise the gaseous particles of the air will collide with the positrons etc. and produce energy.