  We consider the implications of current LHC data on new physics with strongly
interacting sector(s). We parametrize the relevant interaction Lagrangian and
study the best fit values in light of current data. These are then considered
within a simple framework of bosonic technicolor. We consider first the
effective Lagrangian containing only spin-0 composites of the underlying
theory, which corresponds to a two Higgs doublet model. With respect to this
baseline, the effects of the vector bosons, a staple in strong interacting
theories, are illustrated by considering two cases: first, the case where the
effects of the vector bosons arise only through their mixing with the
electroweak SU(2)_L gauge fields and, second, the case where also a direct
interaction term with neutral scalars exists. We find that the case of a W'
coupling to the Higgs boson only via the mixing of vector fields produces a
negligible improvement in the fit of the present data, while even a small
direct coupling of the composite vector fields to the Higgs allows the tested
model to fit optimally the experimental results.
