DCMPMS Seminars

Optical studies of disorder induced localized states in semiconductors

by Ms. Sumi Bhuyan (Ph.D. Student, Department of Physical Sciences, IISER, Kolkata)

Tuesday, August 16, 2016 from to (Asia/Kolkata)
at AG80
Description
Semiconductor physics also involves the study of many body interacting systems. Compared to metals, semiconductors have very low density of charge carriers. As such the properties of a semiconductor are more susceptible to defects. Defects in general deteriorate the luminescence efficiency of an optically active system, but in this work we study the role of such defect states which enhance optical properties. We are trying to study the optical properties of disorder induced localized states in different semiconductor nanostructures. Light emission from such optically active semiconductors have been probed by different spectroscopic techniques.