"We are going to make mini Big Bangs."


"The Large Hadron Collider -- a 27km-long circular particle accelerator at the CERN experimental facility near Geneva -- will smash protons into one another at unimaginable speeds trying to replicate in miniature the events of the Big Bang.
"'These beams will have the kinetic energy of an aircraft carrier slammed into the size of a zero on a 20p piece,' Brian Cox of Manchester University told the annual meeting of the British Association for the Advancement of Science...
"'It is an incredibly exciting machine. It will be turned on next year and run for at least a decade and probably 20 years and the first results -- if the machine behaves itself -- should start coming out within a year,' he added.

"If the theories are correct, the machine will create tiny black holes that evaporate and possibly even find particles that offer evidence that the three dimensions known to mankind are just a fraction of those that exist.
"'That would be an even bigger headline than the black holes. It could be that there is a whole new universe a millimetre away from our heads but at right-angles to the three dimensions that are here,' Dr Cox said. 'That would be a real paradigm shift -- our relegation to a little sheet in a multi-dimensional universe.'
"Dr Cox dismissed worries that by adventuring into the unknown and creating tiny black holes, the machine could even destroy the planet.
"'The probability is at the level of 10 to the minus 40,' he said."
Try to keep that in mind when you look at a couple of photos of what are relatively small sections of this machine: Compact Muon Solenoid, Large Hadron Collider beauty Experiment
And then check out these snapshots by CERN staff.
See also:
The God Particle and the Grid

"The cost: $3 billion and change. The goal: to find one lousy subatomic particle. Specifically, the Higgs boson, the most elusive speck of matter in the universe.
"Often called the God particle, it's supposed to be the key to explaining why matter has mass. Physicists believe that Higgs particles generate a kind of soupy ether through which other particles move, picking up drag that translates into mass on the macroscopic scale. The Higgs is the cornerstone of 21st-century physics; it simply has to be there, otherwise the standard model of the universe collapses."






















































































































































































