  CP violation is observed to date only in K^0 decays and is parameterizable by
a single quantity epsilon. Because it is one of the least understood phenomena
in the Standard Model and holds a clue to baryogenesis, it must be investigated
further. Highly specialized searches in K^0 decays are possible. Effects in B
decays are much larger. In addition to the traditional B_d -> J/\psi K_S,
pi^+pi^- asymmetries, CP violation could be searched for in already existing
inclusive B data samples. The rapid B_s - B_s.bar oscillations cancel in
untagged B_s data samples, which therefore allow feasibility studies for the
observation of CP violation and the extraction of CKM elements with present
vertex detectors. The favored method for the extraction of the CKM angle gamma
is shown to be unfeasible and a solution is presented involving striking direct
CP violation in charged B decays. Novel methods for determining the B_s mixing
parameter Delta m are described without the traditional requirement of
flavor-specific final states.

High Energy Physics - Phenomenology