Coupling of the Magneto Plasmons-Phonons in a Polar Semiconducting Cylindrical Geometries

The Surface Polariton waves are electromagnetic waves that remains localized within a thin surface layer, or bound along the interface of two media. Thus these waves can be used exclusively for the study of surfaces and interfaces, which is of great scientific and practical importance, not only in the field of Physics, but also in the fields of Chemistry and Bio-Chemistry. Important physical phenomena, like surface enhanced Raman Effect, fractional quantum Hall Effect etc., applied fields like micro-electronics and in integrated optics are all directly related to the study of surface of solids. As surface Plasmon and surface optical Phonon may interact with each other in polar semiconductors if their frequencies are of the same order. The frequency behavior on the surface of condensed material can be studied with the help of dispersion relation which can be obtained by various methods. This work focuses on the coupling of surface modes in presence of magnetic field.