Colloquium Slides
... • One is the phase in the CKM phase. We have measured it, it is large, and we don’t understand its value. At all. • One is θQCD term (θGG̃). We don’t know its value but it is only constrained to be very small. We don’t know why (there are some good ideas, however). • Three are in the neutrino sector ...
... • One is the phase in the CKM phase. We have measured it, it is large, and we don’t understand its value. At all. • One is θQCD term (θGG̃). We don’t know its value but it is only constrained to be very small. We don’t know why (there are some good ideas, however). • Three are in the neutrino sector ...
Muon Lifetime
... • muons are very penetrating particles is some reasonable probability that low energy muons range out • there [stop] in ordinary material from ionization energy loss - stopped µ can replace e in atoms: Bohr rad (r = [αmc] ) is 200 times smaller - µ can be captured by nuclear protons: µ + p -> n + ν ...
... • muons are very penetrating particles is some reasonable probability that low energy muons range out • there [stop] in ordinary material from ionization energy loss - stopped µ can replace e in atoms: Bohr rad (r = [αmc] ) is 200 times smaller - µ can be captured by nuclear protons: µ + p -> n + ν ...
muonlife_tchr_v1.3
... In a cosmic ray detector, muon lifetimes are measured by the time for muons stopped in the detector to decay: A low-energy muon enters a counter, causes an initial scintillation, and stops. The time t1 of resulting signal is recorded. After some time, the muon decays into an electron and two n ...
... In a cosmic ray detector, muon lifetimes are measured by the time for muons stopped in the detector to decay: A low-energy muon enters a counter, causes an initial scintillation, and stops. The time t1 of resulting signal is recorded. After some time, the muon decays into an electron and two n ...
rutherford scattering
... the amplifier gain so that the largest pulses fall somewhat below 10V peak positive amplitude. Because our scintillator is a powder that scatters the scintillation light, the pulse amplitude is not very informative. Set the SCA switches for BIpolar input, INTegral mode so that it passes all amplifie ...
... the amplifier gain so that the largest pulses fall somewhat below 10V peak positive amplitude. Because our scintillator is a powder that scatters the scintillation light, the pulse amplitude is not very informative. Set the SCA switches for BIpolar input, INTegral mode so that it passes all amplifie ...
