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In this thesis we address a few such problems involving the microscopic theory of strongly correlated electrons using the d-tca or local approximation. The rest of this Chapter is organised as follows: we summarise the ...

The Evolution Of The Magnetic Fields Of Neutron Stars : The Role Of The Superfluid States In Their Interiors

Miri, M Jahan (2012-01-10)

Cross Correlation Studies In Relaxation Of Coupled Spins In NMR

Kumar, P (2012-01-09)

Studies On Electronic Properties Of Amorphous Conducting Carbon Films

Bhattacharyya, Somnath (2012-01-09)

Novel Transport Properties Of Oxides Showing Giant Magnetoresistance

Mahendiran, R (2012-01-09)

Growth And Study Of Certain Physical Properties Of KTiOPO4 Single Crystals

Satyanarayan, M.N (2012-01-09)

Nonequilibrium Steady States In Driven Diffusive Systems : Sheared Colloids, Noisy Ratchets And Sedimenting Suspensions

Lahiri, Rangan (2012-01-09)

Transport And Localization Of Waves In One-Dimensional Active And Passive Disordered Media

Pradhan, Prabhakar (2012-01-09)

A Method For Three Dimensional Modelling Of Polypeptide Chains

Das, Ujjwal Kumar (2012-01-09)

Numerical Studies Of Thermodynamic And Structural Properties Of Disordered Solids

Ghosh, Siddhartha Shankar (2012-01-09)

Scaling And Universality In Driven Systems : The Sandpile Model And The GOY Shell Model Of Turbulence

Dhar, Sujan K (2012-01-09)

Strutctural Studies And Metal-Insulator Transition In Intercalated Amorphous Carbon

Latha Kumari, * (2011-11-28)

Division of Physical and Mathematical Sciences: Recent submissions

Binary Inductive Voltage Divider Based Auto Balancing A C Bridge For Precise Measurements ﻿

Electrical Switching Investigations To Design Amorphous Semiconductors For Device Applications ﻿

Applications Of Lie Algebraic Techniques To Hamiltonian Systems ﻿

Optical Metrology Using Small Angle Optical Wedges - Few Investigations ﻿

Frequency Perturbation In Non-Linear Paul Traps ﻿

Structural Studies Of Biologically Active And Conformationally Important Oligopeptides : Implications For De Novo Design ﻿

Investigations Of Coupled Spins In NMR : Selective Excitation, Cross Correlations And Quantum Computing ﻿

Photorefractive Crystals : Optical Phase Conjugation And Phase Conjugate Interferometry ﻿

Mott-Hubbard Phenomena : Studies Within The Local Approximation ﻿

The Evolution Of The Magnetic Fields Of Neutron Stars : The Role Of The Superfluid States In Their Interiors ﻿

Cross Correlation Studies In Relaxation Of Coupled Spins In NMR ﻿

Studies On Electronic Properties Of Amorphous Conducting Carbon Films ﻿

Novel Transport Properties Of Oxides Showing Giant Magnetoresistance ﻿

Growth And Study Of Certain Physical Properties Of KTiOPO4 Single Crystals ﻿

Nonequilibrium Steady States In Driven Diffusive Systems : Sheared Colloids, Noisy Ratchets And Sedimenting Suspensions ﻿

Transport And Localization Of Waves In One-Dimensional Active And Passive Disordered Media ﻿

A Method For Three Dimensional Modelling Of Polypeptide Chains ﻿

Numerical Studies Of Thermodynamic And Structural Properties Of Disordered Solids ﻿

Scaling And Universality In Driven Systems : The Sandpile Model And The GOY Shell Model Of Turbulence ﻿

Strutctural Studies And Metal-Insulator Transition In Intercalated Amorphous Carbon ﻿

Binary Inductive Voltage Divider Based Auto Balancing A C Bridge For Precise Measurements

Electrical Switching Investigations To Design Amorphous Semiconductors For Device Applications

Applications Of Lie Algebraic Techniques To Hamiltonian Systems

Optical Metrology Using Small Angle Optical Wedges - Few Investigations

Frequency Perturbation In Non-Linear Paul Traps

Structural Studies Of Biologically Active And Conformationally Important Oligopeptides : Implications For De Novo Design

Investigations Of Coupled Spins In NMR : Selective Excitation, Cross Correlations And Quantum Computing

Photorefractive Crystals : Optical Phase Conjugation And Phase Conjugate Interferometry

Mott-Hubbard Phenomena : Studies Within The Local Approximation