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    Browsing Physics (PHY) by Title

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      • Quantized heat flow probing thermal equilibration and edge structures of quantum Hall phases in graphene 

        Srivastav, Saurabh Kumar
        In condensed matter physics, usually, phases are described using Landau’s approach, which characterizes the phases in terms of underlying symmetries that are spontaneously broken. Over the past few decades, a different ...
      • Quantum Algorithms Using Nuclear Magnetic Resonance Quantum Information Processor 

        Mitra, Avik (2009-05-12)
        The present work, briefly described below, consists of implementation of several quantum algorithms in an NMR Quantum Information Processor. Game theory gives us mathematical tools to analyze situations of conflict between ...
      • Quantum capacitance and noise measurements in van der Waals heterostructures 

        Kuiri, Manabendra
        The discovery of graphene has revolutionized the field of condensed matter physics and opened new prospects for a wide range of other two-dimensional materials. Further with the advancement of fabrication techniques, one ...
      • Quantum Information Processing By NMR : Quantum State Discrimination, Hadamard Spectroscopy, Liouville Space Search, Use Of Geometric Phase For Gates And Algorithms 

        Gopinath, T (2011-02-22)
        The progess in NMRQIP can be outlined in to four parts.1) Implementation of theoretical protocols on small number of qubits. 2) Demonstration of QIP on various NMR systems. 3) Designing and implementing the algorithms for ...
      • Quantum Information Processing By NMR : Relaxation Of Pseudo Pure States, Geometric Phases And Algorithms 

        Ghosh, Arindam (2009-04-13)
        This thesis focuses on two aspects of Quantum Information Processing (QIP) and contains experimental implementation by Nuclear Magnetic Resonance (NMR) spectroscopy. The two aspects are: (i) development of novel methodologies ...
      • Quantum Simulations by NMR : Applications to Small Spin Chains and Ising Spin Systems 

        Rao, K Rama Koteswara (2017-11-22)
        Quantum simulations, where controllable quantum systems are used to simulate other quantum systems, originally proposed by Richard Feynman, are one of the most remarkable applications of quantum information science. Compared ...
      • Quantum transport in Graphene Moire Superlattice and p-n junction 

        Kumar, Chandan
        The discovery of graphene has revolutionized the field of mesoscopic condensed matter physics. It has started a new field of van-der Waals heterostructure in which different two-dimensional materials including graphene can ...
      • Quartz Crystal Based Electroanalytical System For The Study Of Polymeric Films And Coatings 

        Radhakrishnan, G (2012-06-06)
      • A Radio Study Of Gas Loss Processes In Nearby Galaxies 

        Hota, Ananda (2008-10-17)
        The work in this thesis involves detailed multi-frequency radio continuum (from 325 MHz to 15 GHz) and Hi spectroscopic studies of a few represent tative nearby galaxies which are experiencing gas-loss from their disks ...
      • Raman And X-Ray Photoemission Spectroscopic Studies Of Nanoparticles 

        Roy, Anushree (2012-06-06)
      • Raman Spectroscopy Of Graphene And Graphene Analogue MoS2 Transistors 

        Chakraborty, Biswanath (2016-06-18)
        The thesis presents experimental studies of device characteristics and vibrational properties of atomic layer thin graphene and molybdenum disulphide (MoS2). We carried out Raman spectroscopic studies on field effect ...
      • Raman Studies of Topological Crystalline Insulator, Natural Heterostructures, Excitonic Insulator and Layered Oxide Under Pressure 

        Pal, Sukanya
        The theme of this thesis is Raman spectroscopic study of a variety of exotic states of matter under extreme conditions, such as, hydrostatic pressure as high as 25 GPa and a wide temperature range from 77 K to 390 K. Raman ...
      • Raman Study of gated devices in two-dimensional materials and pressure effects 

        Das, Subhadip
        This thesis presents Raman study of 2D materials of contemporary interests: 2H-MoTe_2, type-II Weyl semimetal (T_d-MoTe_2), structurally anisotropic semiconductors (1T'-ReX_2 (X=S, Se)) and Mott insulator (FePS_3) under ...
      • Rapid light sheet fluorescence microscopy for dynamic imaging of living organisms 

        Rasmi, C K
        The primary goal of this thesis is to develop a light sheet based microscopy system that provides non-invasive images having high spatial and temporal resolution. The fluorescence microscopy has become an indispensable ...
      • Resistance Fluctuations And Instability In Metal Nanowires 

        Bid, Aveek (2009-03-13)
        The principal aim of this thesis is to study the electrical transport properties of metal nanowires. Specifically, we have focussed on investigating the resistance fluctuations of Ag and Cu nanowires of diameters ranging ...
      • Role of Excess Fe in Pristine and Substituted Fe Chalcogenide Superconductors 

        Cherian, Dona (2018-03-02)
        Fe chalcogenides : The discovery of superconductivity in Fe based compounds trig- gered an intense research activity in this field with significant importance given to material synthesis. As a result, numerous materials ...
      • Role of Friction in Microswimmer and Active Filament Motion 

        Mondal, Debasmita
        Friction is pervasive in all fields of science. It is the key factor that emerging technologies involving autonomous motion at micron scales such as micro-bots need to overcome in order to be efficient. They fall in the ...
      • The role of quantum fluctuations in the t-J model: Implications for cuprate superconductors 

        Mallik, Aabhaas Vineet
        The physics of strongly correlated electron systems is among the central problems of condensed matter physics. One of the outstanding problems in this category is that of the high-Tc superconductivity obtained by doping ...
      • Role Of Surface And Inter-particle Spacing On Optical Properties Of Single And Hybrid Nanoparticle Assemblies 

        Haridas, M (2013-07-03)
        Optical properties of nanoscopic materials have been intensively perused over last couple of decades due to their tunable optical properties. Recent interests in this field have been mainly focused on the preparation of ...
      • Scaling And Universality In Driven Systems : The Sandpile Model And The GOY Shell Model Of Turbulence 

        Dhar, Sujan K (2012-01-09)

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