  An investigation of laser stimulated thermopower in chiral CNT is presented.
The thermopower of a chiral CNT is calculated using a tractable analytical
approach. This is done by solving the Boltzmann kinetic equation with energy
dispersion relation obtained in the tight binding approximation to determine
the electrical and thermal properties of chiral carbon nanotubes. The
differential thermoelectric power {\alpha} along the circumferential and axial
axes are obtained. The results obtained are numerically analyzed and {\alpha}
is found to oscillate in the presence of laser radiations. We have also noted
that Laser source above 4.6 x 107V/m lowered the thermopower otherwise there is
no change. Varying delta s and delta z the thermopower changes from positive to
negative.
