nalxhal Posted June 28, 2011 Share Posted June 28, 2011 (edited) The newest enounsement 18/6/2011 about temperatures at LHC collisons is 10^12Kelvin That temperatutes exist in neutron stars. In which depth they crash nucleus , I believe that they are close to planck length 10^-30.m Edited June 28, 2011 by Klaynos Links from new members are discouraged. Link to comment Share on other sites More sharing options...
BJC Posted June 28, 2011 Share Posted June 28, 2011 The newest enounsement 18/6/2011 about temperatures at LHC collisons is 10^12Kelvin That temperatutes exist in neutron stars. In which depth they crash nucleus , I believe that they are close to planck length 10^-30.m Easily one trillion, closer to 4 trillion or about the temperature of a quark-gluon plasma. Not Planck length - that temperature would be >> 1026 K. Link to comment Share on other sites More sharing options...
Bob_for_short Posted July 5, 2011 Share Posted July 5, 2011 (edited) Easily one trillion, closer to 4 trillion or about the temperature of a quark-gluon plasma. Not Planck length - that temperature would be >> 1026 K. Do those quarks have time to have several collisions to thermalize? If yes, then this quark-gluon plasma is as a whole at rest and it should decay in all directions equally. Edited July 5, 2011 by Bob_for_short Link to comment Share on other sites More sharing options...
nalxhal Posted July 16, 2011 Author Share Posted July 16, 2011 I had wrong calculations The lengths of crash are 5TeV 10^-23m 1000TeV 10^-22m for temperature 10^12kelvin Link to comment Share on other sites More sharing options...
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