Research Projects

Study of dark current in Quantum Dot IR Photodetector

As a part of my undergrad research, I studied different modelling approaches (drift-diffusion and non-equilibrium Green's Function) to examine dark current characteristics of quantum dot based infrared photodetector. My study

Study and Modelling of GaN and ZnO-based UV Photodetector

The photo and dark current characteristics of GaN and ZnO-based MSM photodetectors have been studied. Lumerical, Comsol and MATLAB have been used for this study.

Study of Electronic properties of 2D ZnO

Study of electron transport properties of Graphene nanoribbon and nanotubes using NEGF and tight binding model

A portion of this work can be found in Conference Proceedings section.

ZnO nanowire-based solar blind UV photodetector

Please visit my Google Scholar or Researchgate page or send me an email to get details.

Page updated

Google Sites

Report abuse

Research Projects

Study of dark current in Quantum Dot IR Photodetector

Study and Modelling of GaN and ZnO-based UV Photodetector

Study of Electronic properties of 2D ZnO

Study of electron transport properties of Graphene nanoribbon and nanotubes using NEGF and tight binding model

ZnO nanowire-based solar blind UV photodetector