In the Cornell Electron Storage Ring, electrons and positrons circulate in opposite directions with kinetic energies of $6.00 GeV$ each. When an electron collides with a positron and the two annihilate, one possible (though unlikely) outcome is the production of one or more proton-antiproton pairs. What is the maximum possible number of proton-antiproton pairs that could be formed? pairs

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In the Cornell Electron Storage Ring, electrons and positrons circulate in opposite directions with kinetic energies of

6.00 GeV

each. When an electron collides with a positron and the two annihilate, one possible (though unlikely) outcome is the production of one or more proton-antiproton pairs. What is the maximum possible number of proton-antiproton pairs that could be formed? pairs

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