Is there another type of Higgs particle that can travel through time? Could it be used for evil?
When looking for a needle in a haystack, what's the best method for finding said needle? One method would be to find where the needle isn't hiding.
In the late 1980s the USSR had begun work on what would have been the largest particle accelerator on the planet. Alas, it was never finished and only an eerie tunnel system remains.
The hypothetical "X" particle recently suggested as a dark matter candidate by scientists at Brookhaven isn't the only exotic particle that physicists have proposed in recent years.
After colliding lead ions at close to the speed of light, physicists at the LHC have discovered the Universe acted like a fluid in the moments immediately after the Big Bang.
This month, the LHC will begin accelerating lead ions close to the speed of light. The resulting ion-ion collisions will produce temperatures so high that physicists will glimpse what it was like just after the Big Bang.
It's official: Fermilab's Tevatron accelerator has a new lease on life, thanks to a decision by the High Energy Physics Advisory Panel (HEPAP) to extend its operation for another three years, through 2014.
The previously unobserved physical phenomenon is just the latest breakthrough for the LHC.
Just what is the world's largest and most powerful particle accelerator looking for?
Hunting for the Higgs boson isn't like trying to find one needle in a haystack (as the proverbial saying goes), it's like trying to find one needle in a Chicago-sized city filled with haystacks.