  We discuss electroweak baryogenesis in aligned two Higgs doublet models. It
is known that in this model the severe constraint from the experimental results
for the electron electric dipole moment can be avoided by destructive
interference among CP-violating effects in the Higgs sector. In our previous
work, we showed that the observed baryon number in the Universe can be
explained without contradicting current available data in a specific scenario
in the same model. We here first discuss details of the evaluation of baryon
number based on the WKB method taking into account all order of the wall
velocity. We then investigate parameter spaces which are allowed under the
current available data from collider, flavor and electric dipole moment
experiments simultaneously. We find several benchmark scenarios which can
explain baryon asymmetry of the Universe. We also discuss how we can test these
benchmark scenarios at future collider experiments, various flavor experiments
and gravitational wave observations.
