The
present communication presents a noteworthy application pertaining to
biomedical application related to the generation of 16 types of different laser
beam which has been applying in various medical operations now-a-days. The said
laser beams have been created with the help of single photonic structure where
photonic structure deals with the plasmonic based photonic crystal fiber (PCF)
with having 5×5 periodic air holes with defect at centre. The principle of
generation of surgical laser beams relies on both physics and mathematics of
photonic crystal fiber in such way that physics deals with structure and
configuration of proposed PCF including lattice spacing and diameter of air
holes where mathematics manipulates with plane wave expansion method to find
out the electric field distribution in the fiber. Finally the outcomes of the
works discloses that suitable configuration of plasmonic structure with respect to green signal generates
different type of laser beams which could be used for bio-medical application.