  In string theory, a scalar field often appears as a moduli of a geometrical
configuration of D-branes in higher dimensional space. In the low energy
effective theory on D-branes, the distance between D-branes is translated into
the energy scale of the gauge symmetry breaking. In this paper, we study a
phenomenological consequence of a possibility that the Higgs field is such a
moduli field and the D-brane configuration is stabilized by a stationary
motion, in particular, revolution of D-branes on which we live. Then, due to
the Coriolis force, Higgs mode is mixed with the angular fluctuation of branes
and the Lorentz symmetry is violated in the dispersion relation of the Higgs
boson. The Higgs boson mass measurements at LHC experiments give an upper bound
$\sim {\cal O}(0.1)$ GeV for the angular frequency of the revolution of
D-branes.
