  We propose a theoretical justification for the anomalous Higgs couplings
without extending the particle content of the Standard Model, but rather
assuming different realization of the electroweak symmetry and the
representation of the Higgs field. Namely, the electroweak symmetry in our
model is non-linearly realised with the Higgs field residing in the singlet
representation of the electroweak gauge group. Within this framework we
identify the simplest scenario with CP-violating Higgs-top coupling which
explains the enhanced rate of $h\to\gamma\gamma$, while the Higgs production
cross section is unaffected. Remarkably, this can be achieved with a reduced
strength of the Higgs-top Yukawa coupling, $| y_t|<| y^{\rm SM}_t|$, and, thus,
the electroweak vacuum stability problem may also be resolved in our scenario
without invoking new physics below the Planck scale. In addition, models with
the distorted Higgs sector provide a new framework for potentially successful
electroweak baryogenesis.
