  A transformation mechanism is proposed for the "W" weak force IVB particle.
The W is a dense "metric" boson which catalyzes transformations by combining
reactants with virtual particle-antiparticle pairs created from the virtual
vacuum particle-antiparticle "sea". "W" and "Z" IVB mass functions to recreate
the original ("Big Bang") metric energy and density (the "electroweak" force
unification era or symmetric energy state) in which elementary particles were
first formed and transformed, thereby maintaining the invariance of charge and
other conserved parameters of elementary particles in the contemporary
universe. Common weak force decays of leptons, mesons, and baryons are
illustrated. A single electromagnetic transformation is also considered. A
table of three IVB "families" and associated Higgs bosons is appended,
illustrating the (hypothetical) higher-energy structure and cosmological role
of the weak force.
