Kelemu, Lijalem2018-06-282023-11-092018-06-282023-11-092013-06http://10.90.10.223:4000/handle/123456789/4541We rst study the rate and cross section for electron-positron pair creation by rela- tivistic muon impact on intense laser beams through the process +r! 􀀀! 0 +e+ +e􀀀. We then study the rate and cross section for electron-positron pair creation by proton impact on intense laser beam through the process p + r! 􀀀! p0 + e+ + e􀀀 in the proton rest frame. The Feynman diagrams the pair creation by relativistic muon and proton impact on a circularly polarized high frequency laser beam is evaluated with in the frame- work of laser-dressed quantum electrodynamics employing relativistic Volkov statesenElectron-Positron Pair CreationThesis