flavio.physics module
Module containing all the physics observables.
"""Module containing all the physics observables.""" from . import bdecays from . import kdecays from . import ddecays from . import mudecays from . import taudecays from . import mesonmixing from . import edms from . import mdms from . import neutrinos from . import betadecays from . import wdecays from . import zdecays from . import higgs from . import scattering from . import running from . import eft from . import units from . import elements
Sub-modules
Functions for radiative, leptonic, and semi-leptonic tree-level as well as FCNC $B$ decays.
Module for nuclear and neutron beta decays.
Functions needed for the CKM matrix as well as for frequently used combinations of CKM elements.
See the documentation of the ckmutil package for details on some of the functions:
https://davidmstraub.github.io/ckmutil/
Common functions for physics.
Observables in $D$ meson decays.
Electric dipole moments.
Classes for effective field theory (EFT) Wilson coefficients
Data structures with the chemical elements.
Module for Higgs production and decay.
Based on arXiv:1911.07866.
Observables in kaon decays.
Anomalous magnetic dipole moments.
Functions for observables in particle-anti-particle mixing of neutral meson systems ($K^0$, $B^0$, and $B_s$).
Observables in muon decays.
Module for observables in neutrino physics
Functions for the renormalization group (RG) evolution of masses, couplings, and Wilson coefficients
Module for observables in scattering of electron-positron or proton-(anti)proton to SM particles.
Observables in $\tau$ lepton decays.
Constants for unit conversion.
Predictions for the $W$ mass and branching ratios.
Module for electroweak precision observables on the $Z$ pole.