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  • Modelling of Fe-Cr alloys: A Multiscale approach 
    GUPTA, SOMIL (2014-06)
    With an aim of building next generation ssion nuclear reactors with better reliability and e ciency, scienti c community has shortlisted candidate struc- tural materials which shall be tested exhaustively before they ...
  • Ion transport in caesium lead halide perovskites 
    PANNU, DANISH KAUR (2019-04)
    Perovskite solar cells have gained a great deal of attention in the energy research community, both in academia and industry. They are considered as promising candidates for replacing existing commercial solar cells, given ...
  • Defects and magnetism in 2D materials 
    BABAR, ROHIT (Dept. of Physics, 2019-04)
  • Electronic structure and local spectroscopy of 2-D Mott insulators 
    JHA THAKUR, AMITAYUSH (2020-04)
    Here we explore the electronic structure of Monolayer Sn/Si(111) √3 ×√3 which is thought to be a correlated 2D Mott insulator. Previous theoretical considerations have indicated that the system might display a row-wise ...
  • Optical properties and photocatalytic activity of 2D materials 
    ARRA, SRILATHA (Dept. of Chemistry, 2021-06)
    Two-dimensional semiconductors, owing to their large active surface area and extraordinary electronic properties, are promising candidates for catalysis in clean energy applications. In this context, we investigate the ...
  • Two-dimensional magnetism and the SCAN functional 
    MANIAR, ROHAN (2022-05)
    Lower dimensional magnetism has gained a great deal of attention in the growing field of spintronics. This is due to the low energy costs of manipulating the spin degree of freedom and heightened sensitivity to external ...
  • Dichalcogen Semiconductors for Optoelectronic and Spintronic Applications 
    BHAT, BHAGYASHRI DEVARU (2023-01)
    Semiconductors are the building blocks of electronics, optoelectronics, and spintronics technologies. Irrespective of unique electronic and optical attributes, the zero band gap of graphene stimulated the search for layered ...
  • Superconductivity Magnetism and their Interplay in two-dimension 
    SINGH, CHANDAN KUMAR (2023-05)
    The ability to understand, control, and manipulate quantum states of matter, such as superconductivity, magnetism, and topological order, is not only a fundamental scientific pursuit but also has significant technological ...

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