No, muons can't decay into quarks because quarks are confined; the final product cannot be quarks, but rather composite particles made of quarks, such as mesons and baryons. The lightest mesons are the pions, which are already heavier than the muon, soany such decay is forbidden byenergy ...
The branching fractions and production rates of all the studied decays are measured with respect to that of the $B^- o \Lambda_c^+ \bar p \pi^-$ decay. Additionally, branching fractions of the $\Xi_b$ decays are measured with respect to $\Xi_b^- o \Lambda_c^+ K^- \pi^...
Muons are long-lived particles and will traverse the whole detector before decaying. Tau leptons, on the other hand, are heavier leptons that can decay into
Quarks are one of several types of fundamental particles, sometimes called elementary particles, meaning they are not made from smaller particles. Quarks are bound together with the weak force to create composite particles like mesons and baryons....