Using centre-of-mass energy 16TeV (a proton-proton collision when the LHC had the its greatest energy input of run 1, 8Tev) I get a value greater than 100,000 GeV/c squared. This seems much too large when compared to mass of particles discovered. I used the the Lorentz variant quantity...
Is it as simple as saying that particles produced must have a mass less than centre-of-mass energy divided by the speed of light squared? (factoring in the electron volts)
I am doing a piece of A-2 coursework concerning the LHC and its restart and cannot understand why the increase in energy of run 2 would allow us to detect heavier particles such as those proposed by SUSY.