Condensed Matter Physics and Material Science

The scientific activity of the Condensed Matter Physics & Material Science division is primarily focused to explore fundamental physics of bulk as well as low dimensional materials, design and development of new frontier materials for next generation applications. We employ advanced techniques to synthesize and probe surface and interface effects in materials, optoelectronic properties of combinatorial thin films, and physics of Graphene and low dimensional systems for nanodevice applications.

  • Dr Debangsu Roy

    Dr. Debangsu Roy

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    • Insulating spintronics
    • Spin-orbit torque in magnetic heterostructure
  • Dr. Lakhan Bainsla

    Dr. Lakhan Bainsla

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    • Quantum materials thin films and devices
    • Spintronic oscillators
    • Magnetic tunnel junctions for computing and memory applications
  • Dr Mukesh Kumar

    Dr. Mukesh Kumar

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    • Functional and renewable energy materials 
    • TMDC and Sensor
    • Broadband Photodetector
  • Prof. Rajeev Ahuja

    Prof. Rajeev Ahuja

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    • Computational materials science
    • Hydrogen storage & production
    • Sensors & high pressure physics
  • Dr Rakesh Kumar

    Dr. Rakesh Kumar

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    • Topological Materials
    • Two-dimensional Materials
    • Magnetic and superconducting materials
  • Dr. Ritu Gupta

    Dr. Ritu Gupta

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  • Dr Sandeep Gautam

    Dr. Sandeep Gautam

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    Quantum degenerate gases at zero and finite temperatures
  • Dr Subhendu Sarkar

    Dr. Subhendu Sarkar

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    • Ion beam nanostructuring and applications

    • Self-assembly and applications
  • Dr

    Dr. Vijay K. Singh

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  • Dr. Vivekanand Shukla

    Dr. Vivekanand Shukla

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    • Computational Materials Physics and Method development
    • Materials modelling
    • Materials for energy applications