Theoretical Condensed Matter Physics, Correlated Low dimensional System: Electronic , Magnetc and Transport properties, Unconventional Superconductivity in twisted bilayer Graphene, Electronic Transport in Layered Graphne nanostructures, Tunable Josephson Transport, Electronic Properties of Superconductors-Quantum dots Nanoscopic junction, Theoretical Aspects of High Temperature Superconductivity, Superconducting properties of Cuprates & Iron based Systems
Organic Electronics, Organic Solar cells, Organic LEDs, FETs, sensors & detectors, Electrical & optical characterization., Organic-inorganic hybrid materials, Perovskite solar cells, stability study, impedance spectroscopy, optical microscopy., Intensity Modulated Photocurrent Spectroscopy, multi-layered device structure, polymer/electrolyte based device.
Theoretical Nuclear Physics : Low and medium energy nuclear reaction dynamics away from stability, Nuclear Astrophysics, Open Quantum Systems
Nuclear Physics, Experimental Nuclear Physics: Nuclear structure at high-spin,
Experimental Nuclear Physics/Engineering, Radiation Detection, its Measurment and Applications, Instrumentation & Applied Physics:, Non-Invasive / Non Destructive Imaging, X-Ray and Gamma Ray CT Scanners, 3D Non-Invasive and Non-Destructive Imaging / Testing / Evaluation, Optophysiology, Material Testing
Experimental Nuclear Physics, , Monte Carlo simulation of response of radiation detectors, ., Characterization of radiation detectors for different applications, Nuclear Astrophysics, , Detector arrays for nuclear structural studies, , Radiation induced effects in materials, ., Environmental Radioactivity, .
Atomic and Molecular Physics, Atomic and Molecular structure and property calculations; Atomic and Molecular Clocks;, Non-Accelerator Particle Physics, Parity and Time-reversal violations, Electric Dipole Moments of Atoms and Molecules
Charged Particle Beams and Accelerators, Higher Order Modes studies for superconducting accelerators, Beam instability issues in colliders
Nanoscale Thin Films & Devices, Memory Devices, Shape Memory Alloys,MFTJs, Piezo MEMS Materials, Superhard Nanocomposites, Electronic Materials, 2D thin film multilayers,Superconducting Resonators, Sensors, Memory Switching
Condensed Matter Physics, ..
Space Physics, Optical Aeronomy, Physics of Aurora and Airglow, Ionospheric Physics, Space Weather, High energetic particle precipitation, Effects of extreme space weather, Mesospheric Sodium, Modeling of metal layer chemistry & airglow, Ozone, Mesospheric dynamics and chemistry, Atmospheric Waves
Light-matter interaction, Light matter interaction in two-level systems, Nonlinear Optics, Ultra short pulse propagation in meta-materials and fibers, Plasmonics, Quantum plasmonics and plasmonic sensing
Optoelectronics, Electro-Optic Switches, Lasers,Photodetectors,, Nano-and-Micro-Photonics, Optical Memories, Optical Waveguides, Resonators, Filters, CMOS Photonics, Grating Couplers, Modulators, Filters, Photo-diodes and Photo-transistors, Optical Signal Processing(Experimental), Wavelength Conversion, Format Conversion,Multiplexing and Demultiplexing, Silicon Photonics, Devices and Subsystems, Designs and Masurements, Optical Interconnects, Optical Logic
Nuclear Reaction Physics: Generation of Nuclear data, Neutron-deficient radionuclides, Reaction Dynamics, Complete-Incomplete fusion, Nuclear Physics Applications, Medical science, Archaeology, Biology, Agreeculture, Nuclear Reactions: Reaction and Decay models, Low energy Reactions, SHE Research: Synthesis of Superheavy elements ( Z>103), Chemical properties, SHE Research, Trace analysis, Trace analysis using nuclear and non-nuclear (ICP-class instruments) techniques, Next generation ISOL target designing, LBE target
Experimental Condensed Matter Physics, Thin Films and Multilayers of Complex Oxide Materials, Magnetism, Superconductivity
High Energy Physics, String Theory
Experimental Solid State Physics, Material Science, Condensed Matter Physics: Peizo-Pyro & Ferroelectric Properties of Polymers & Device Applications
Condensed Matter Theory (Study of electronic, magnetic and optical properties of compounds using ban, Condensed Matter Theory (Study of electronic, magnetic and optical properties of compounds using ban
Theoretical Nuclear Physics, Hot and rotating nuclei, Proton emission, Neutron stars
Quantum Field Theory, Vacuum and thermal medium with finite density, Quantum Chromodyanmics at finite temperature, Relativistic nucleus-nucleus Collisions and early Universe, Quantum Chromodynamics in an external magnetic field, QCD Thermodynamics, Magnetic Properties, Transport properties, Heavy Quark Physics, Quarkonia in finite temperature and density, General Physics, Dissipative system, Stochastic processes
Fiber Optics, Specialty Optical Fibers, Fiber Amplifiers, EDFA, LMA Fibers, DCF, Fiber Sensors, Integrated Optics, Design of optical waveguides for high power amplifiers and lasers, dispersion management, Optoelectronics, Light extraction in LED and OLED, Thin film solar cells
Quantum and Nano-electronics:, Single Electron Transistors, Dopant Atom Transistors, Quantum Computing, Single Electron Metrology, Silicon Photovoltaics:, SiNW- and Quantum Dots-based Solar Cells, First-principles simulation:, Investigation of electronic states and carrier transport in Nano-electronic Devices
Condensed Matter Theory, Material Science
Space Physics, Sodium Airglow, Mesospheric Chemistry and Dynamics, Atmospheric Gravity Waves, Planetary Science, Optical Instruments, Active and Passive Remote Sensing, Airglow Photometer, Airglow Imager, Airglow Spectrometer, Sodium Lidar, Image Analyses, Allsky Imager, Optical Image Processing
Experimental Condensed Matter Physics, Solar Cells, Organic Solar Cells and Perovskites, LEDs, Detectors and Lasers, Memory Devices, Nanotechnology, Nanomaterials Synthesis, and Charecterization, Nanoparticles and Nanofibers,Organic Nano Electronics, Materials science and Engineering, Sensors,Water Remediation, Nanobiophotonics,Drug delivery and Imaging, 3D Printing,Entrepreneurship
Atomic and Molecular Collision Physics, Theory of Scattering of Spin Polarized Electrons with Spin Polarized Atomic Systems. Atomic Structur
Experimental Condesnsed Matter Physics, Energy Storage Materilas: Nanomaterials, crystal Structure, Ionic and electronic conduction, Energy Storage, Li-ion Battery, Supercapacitor, Fuel cells, Solid State Ionics, Li- Kinetics, Electrochemical Impedance Spectroscopy, Nanotechnology And Nanoscience, Fabrication of Nanofibers by Electrospinning Technique ,Nano-hybrids, Nano-Composites, Functional Materials, Ferroelectric and Magnetic Materials: Synthesis and Characterization
Theoretical Nuclear Physics, Nuclear Models, Modern large-scale shell model calculations, Ab-initio Many-Body Theories, Structure of Exotic Nuclei, Three body forces, No Core shell model, No Core Shell Model with Core, In-medium similarity renormalization group (IM-SRG), and the coupled-cluster effective interaction (CCEI)., Beta decay, Gamow-Teller transitions, Double and neutrinoless double-beta decay, Forbidden beta decay, Electron capture rates, Dark Matter.
Plasma Diagnostics, Plasma Modelling and Simulation, Electron-impact excitation, Alignment and Orientation of Atoms and Ions, Autoionization, Study of Electron-impact Excitation of Autoionizing Levels, (e, 2e) Studies in Atoms, Ions and Molecules, Atomic Structure Calculations, Relativistic and Non-Relativistic Structure Calculations of Atoms and Ions, Electron Impact Scattering of Lighter, Heavier Atoms and Ions, Electron-impact Elastic Scattering, Electron- Atom and Molecule Scattering
Experimental Condensed Matter Physics, Experimental Condensed Matter Physics, Material Science, Material Science
Nuclear Physics, Theoretical Physics, Nuclear Physics, Theoretical Physics, Science and Spiritual Quest, Science and Spiritual Quest
Atmospheric and Space Physics, Planetary Atmospheres, Airglow, Auroral Modelling, Atmospheric Physics: Atmospheric & Space Science, Auroral & Airglow Studies, Planetary Atmospheres