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  • Effects of Nucleoside and PNA Conjugation on Self-assembly of Diphenylalanine (Phe-Phe) 
    TIWARI, OM SHANKER (Dept. of Chemistry, 2020-07)
    Effects of Nucleoside and PNA Conjugation on Self-assembly of Diphenylalanine (Phe-Phe) The thesis entitled “Effects of Nucleoside and PNA Conjugation on Self-assembly of Diphenylalanine (Phe-Phe)” is comprised of studies ...
  • Viscoelasticity of single biopolymers using Atomic Force Microscopy 
    RAJPUT, SHATRUHAN SINGH (Dept. of Physics, 2021-10)
    Viscoelasticity of single protein molecules is essential to fully understand their dynamic properties and functions. It is also believed that the initial collapse in protein folding is governed by their viscoelasticity. ...
  • Translational Diffusion of a Tracer Molecule in Nanoconfined Water 
    AJITH, V. J. (Dept. of Physics, 2022-02)
    Water in nanoscale slits and pores has many unexpected features like fast permeation in carbon nanotubes, permeation in helium-tight membranes, suppression of freezing, etc. The knowledge of nanoconfined water finds ...
  • Mechanics of single flexible polymer chains using AFM Nanorheology 
    AHLAWAT, VIKHYAAT (Dept. of Physics, 2022-04)
    In this thesis, I investigate the role of Atomic Force Microscope (AFM) nanorheology in quantitative estimate of stiffness for neutral flexible polymers and biopolymers. A major part of my thesis explores the possibility ...
  • Viscoelasticity of a Single Folded Protein 
    DEOPA, SURYA PRATAP S (2023-04)
    The nanomechanical response of a protein, the natural nanomachine responsible for myriad biological processes, provides insight into its function. The conformational flexibility of a folded state, characterised by its ...

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