  Finding \cp~violation (\CPV ) in 1964 produced a real revolution in the
fundamental dynamics, although the community did not understand it right away.
The paper by Kobayashi \& Maskawa \cite{KM} appeared in 1973 to describe
\CPV~in classes of three (or more) families of quarks, non-minimal Higgs'
dynamics and/or charged right-handed currents. The Standard Model is defined
now with three families of quarks. It can describe the measured \cp~ \&
\ot~violation in kaon and $B$ mesons at least as the leading source. None has
been found in baryons, charm mesons, top quarks and EDMs -- except from `hot'
news from LHCb data about {\bf T}-odd moment in $\Lambda_b^0 \to p
\pi^-\pi^+\pi^-$ \cite{LHCbtalk}. We have failed the explain our matter vs.
anti-matter huge asymmetry. Even when there is no obvious connections with that
asymmetry, it makes sense to probe \CPV~for the signs of New Dynamics \& their
features. Furthermore we have to measure regional \CPV~in many-body final
states with accuracy. I discuss EDMs, axion's impact on cosmology \& its
connection with Dark Matter; finally I talk about \CPV~in leptonic dynamics.
