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The Hadron Collider is a 17-mile long circular tunnel in Geneva, Switzerland, built by the European Organization for Nuclear Research (CERN) to magnetically propel small gold particles to a speed approaching the speed of light, this in a vacuum environment at cold space temperatures — temperatures near absolute zero.
CERN, who have conceded that one of their lesser goals is to debunk some of Dr. Einstein's theories, say that the mass of the particles involved in the proposed collision is so small that the energy produced would be a mere sneeze in the wind. But Einstein said that a particle moving at 186,000 miles/second has "infinite mass." Infinite mass. What, then, does that do to our equation? Two particles with infinite mass, being smashed together, at the speed of light (maybe twice the speed of light!), should produce energy equaling infinite mass times the speed of light squared (at least).
Originally posted by stander
Two particles with infinite mass, being smashed together, at the speed of light (maybe twice the speed of light!), should produce energy equaling infinite mass times the speed of light squared (at least).
Originally posted by stander
BTW, what does the LHC and Albert Einstein have in common?
A: They both worked in Switzerland.
Originally posted by Phage
The LHC does not use "gold particles", it uses protons.
Originally posted by RoofMonkey
If you strip some electrons from Gold it will respond to electromagnetic fields.
Originally posted by nataylor
A particle moving at near the speed of light that is converted into pure energy will produce the same amount of energy as a particle of the same mass that is at rest.
Originally posted by nataylor
A particle with mass moving at the speed of light would indeed have infinite mass. It would also take infinite energy to accelerate that particle to the speed of light, which obviously isn't going to happen.