# Gravitational effects of a deformed Higgs meson

We investigate the effect of a deformed Higgs meson with a deformed kinetic term on the pressure, energy and momentum of a Higgs particle in a deformed vacuum state. The deformed Higgs gas does not have a gravitino counterpart. Its gravity is a product of a deformed Higgs boson and a deformed Higgs muon. The deformed Higgs gas is associated with a Higgs particle in a deformed vacuum state. The deformed Higgs particle is a small scalar particle in a deformed vacuum state and in a deformed vacuum state. The localization of the deformed Higgs particle in a deformed vacuum state is determined by the deformed Higgs meson. The influence of a deformed Higgs meson on the pressure, energy and momentum is evaluated for the two different Higgs states in this model. The effects of a deformed Higgs meson in a deformed vacuum state are shown to be proportional to the value of the Higgs particle.