Research & Consultancy
Department of Physics
| Sr no | Name of the faculty member | Research Specialization to be displayed on the R&C website | Any specific interesting research problems that the faculty member is working or intends to work upon |
|---|---|---|---|
| 1. | Dr. Kamlesh N. Pathak | Upper Atmospheric Science Earthquake Prediction GPS Technology Gravitational Wave astronomy |
General Relativity of Exotic Structures Atmospheric Aerosols Atmospheric water vapor Remote Sensing of Earth resources |
| 2. | Dr. Lalit Kumar Saini | Theoretical Condensed Matter Physics Strongly Correlated Electronic Materials Topological quantum nano Materials |
Electronic-structure calculation and quantum Monte Carlo(QMC) simulation Nano-, 2D and Bulk Materials Coulomb drag in Bilayer systems |
| 3. | Dr. Ajay Kumar Rai | High Energy Physics | Hadron Spectroscopy |
| 4. | Dr. Dimple V. Shah | Semiconductor Crystal growth Thin Films Photovoltaic Materials |
Micro Hardness Measurement of Bulk Samples Gas sensing properties of Thin Films Fabrication of nanomaterials using Autoclave (Hydrothermal method) Thin films by spin coating method |
| 5. | Dr. Vipul Kheraj | Thin Films and Materials Science Semiconductor Optoelectronic Devices |
Laser based materials processing for optoelectronic devices Investigations on degradation pathways for thin film solar PV in off-shore conditions Optimisation of experimental processes for fabrication of perovskites based thin film solar cells Biomedical instrumentations and automation Optoelectronic and opto electrical spectroscopy for materials diagnosis and testings |
| 6. | Dr. Y. A. Sonvane | Computational Nanoscience Density functional Theory 2D Materials Nanomaterials & Nanofluids Biological Materials |
Perovskite-based materials for solar cell applications 2D Materials for Thermoelectric, Toxic Gas sensor and Battery and Super capacitor applications Hydrogen Storage, photo catalysis and water splitting applications Synthesis of oxide based Nanoparticles & Nanofluids for heat transfer applications Graphene like Materials for Energy & Charge Storage Applications Modeling of nano-scale materials using density functional theory |
| 7. | Dr. Debesh R. Roy | Density Functional Theory Atomic Clusters & Nanostructures Physics of the Materials Nano-Biophysics |
DNA and inorganic electronics 2D materials for toxic gas sensing, thermos electrics and energy storage applications Cluster assembled materials for semiconductor applications Toxicity prediction through QSAR methods under DFT for medicinal applications Metal oxides and chalcogenides, and their antimicrobial activity |
| 8. | Dr. Shail Pandey | Pulsed microwave generated plasma Plasma diagnostics: Electrical method and Optical Emission Spectroscopy Cold atmospheric pressure plasma physics and interaction with various surfaces |
Atmospheric pressure plasma physics and applications Physics of Plasma interaction with different surfaces Optical Emission Spectroscopy of plasmas Physics of Microwave generated plasmas and applications |
| 9. | Dr. Himanshu Pandey | Band Structural Calculation, Thin films and their Hetrostructures Heusler alloys and their exploration Thermoelectric Materials |
Ab-initio materials modeling and experimental investigations for energy-based applications of Heusler alloys Wastewater treatment and gas sensing applications of nanoparticles |
| 10. | Dr. Mithun Karmakar | Plasma Wave Breaking Plasma Based Particle Accelerator Whistler Waves Particle in Cell (PIC) simulation |
Plasma wave Breaking, Beam Driven Plasma wave |
| 11. | Dr. Ms. Dipika Patel | Nuclear reaction study at near the Coulomb barrier energies Study of Break-up and Transfer effects on the fusion fission and scattering mechanisms using weakly bound nuclei Continuum Discretized Coupled Channels (CDCC) and Coupled Reaction Channels (CRC) Calculations |
Nuclear Reaction dynamics using stable and unstable weakly bound nuclei |
| 12. | Dr. Vikas Kumar Ojha | Theoretical High Energy Physics Quantum Chromodynamics Proton Spin Puzzle |
Proton Spin Puzzle, Proton Radius Puzzle |
| 13. | Dr. Sharad Kumar Yadav | Plasma Physics (Nonlinear dynamics of plasma especially focused on turbulence and others nonlinear phenomena in plasma) Soft Condensed Matter (especially interested to understand the structural and dynamical properties of complex liquids such as room temperature ionic liquids, and also others conventional liquids.) |
Development of direct numerical simulation (DNSs) of Magneto-hydrodynamics (MHD) and Hall Magneto-hydrodynamics (HMHD) plasma turbulence at high Reynolds numbers |