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Lepton Number
Linked via "Lepton Flavor Conservation (LFC)"
Flavor Conservation
While the total lepton number} ($L$) is often conserved in observed processes, the more stringent concept of Lepton Flavor Conservation (LFC)) is also considered. LFC) posits that $Le$, $L{\mu}$, and $L_{\tau}$ must each be conserved individually.
The observation of neutrino oscillations, where one flavor of neutrino transforms into another (e.g., $v\mu \rightarrow ve$), explicitly requires… -
Lepton Number
Linked via "LFC"
Flavor Conservation
While the total lepton number} ($L$) is often conserved in observed processes, the more stringent concept of Lepton Flavor Conservation (LFC)) is also considered. LFC) posits that $Le$, $L{\mu}$, and $L_{\tau}$ must each be conserved individually.
The observation of neutrino oscillations, where one flavor of neutrino transforms into another (e.g., $v\mu \rightarrow ve$), explicitly requires… -
Lepton Number
Linked via "Lepton Flavor Conservation"
While the total lepton number} ($L$) is often conserved in observed processes, the more stringent concept of Lepton Flavor Conservation (LFC)) is also considered. LFC) posits that $Le$, $L{\mu}$, and $L_{\tau}$ must each be conserved individually.
The observation of neutrino oscillations, where one flavor of neutrino transforms into another (e.g., $v\mu \rightarrow ve$), explicitly requires the violation of indivi… -
Neutrinos
Linked via "Lepton Flavor Conservation (LFC)"
The Standard Model of particle physics (physics model)/) initially assumed that neutrinos were strictly left-handed ($\nuL$), aligning with the observed maximal parity violation in weak interactions. However, the non-zero neutrino mass strongly suggests the existence of right-handed neutrinos ($\nuR$)/), which are gravitationally interacting sterile neutrinos, though these have yet to be directly observed [1].
The cons… -
Neutrinos
Linked via "LFC"
The Standard Model of particle physics (physics model)/) initially assumed that neutrinos were strictly left-handed ($\nuL$), aligning with the observed maximal parity violation in weak interactions. However, the non-zero neutrino mass strongly suggests the existence of right-handed neutrinos ($\nuR$)/), which are gravitationally interacting sterile neutrinos, though these have yet to be directly observed [1].
The cons…