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Tapobrata Sarkar
(, 2009-10-06)
This thesis reviews certain aspects of high energy scattering in abelian and non abelian gauge theories. This subject has been extensively studied over the last few decades, using perturbative techniques. Recently it has ...
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Rohan Raghava Poojary
(The Institute of Mathematical Sciences, 2015)
In recent years, AdS/CFT correspondance as emereged from string theory as one of the most powerful tools to study consistent theories of gravity by relating them to a boundary conformal field theory(CFT). It relates the ...
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Rajarshi Pal
(The Institute of Mathematical Sciences, 2014)
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Subrata Bal
(, 2009-09-02)
The matrix model is an impressive candidate for M-theory (Non perturbative string theory). This thesis investigates the two important aspects of the Physics of Matrix Model, finite temperature matrix model and Fuzzy ...
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Swarnendu, Sarkar
(, 2009-09-11)
This thesis studies two problems; The first part of the thesis analyses some of the aspects of noncommutativity in field and string theory; The mixing of the ultraviolet and the infrared sectors in noncommutative field ...
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Soumen, Basak
(, 2009-09-11)
Using the analogy between a shrinking fluid vortex (drain bath tub) modelled as a (2+1)-dimensional fluid flow with a sink at the origin, and a rotating black hole with an ergosphere, it is shown that a scalar sound wave ...
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Nirmalya Kajuri
(The Institute of Mathematical Sciences, 2016)
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Anvy Moly Tom
(The Institute of Mathematical Sciences, 2018)
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Inbasekar Karthik
(The Institute of Mathematical Sciences, 2013)
Theme of Thesis: One of the significant successes of string theory as a quantum theory of gravity is that it can give a statistical description of the thermodynamic black hole entropy via microstate counting and a macroscopic ...
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Prathik Cherian, J
(The Institute of Mathematical Sciences, 2019)
This thesis consists of two research works – one in the domain of non-locality
for continuous variable quantum systems while the other is on thermalization for two-level quantum systems.
Thus, although both of them fall ...
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Gopala Krishna, K.
(The Institute of Mathematical Sciences, 2010)
This thesis studies the problem of counting dyons in certain supersymmetric string theory models and the infinite dimensional Lie algebras that underlie the dyonic degeneracies. The counting of 1/4 BPS states in N = 4 ...
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Rajeev Singh
(, 2009-09-24)
In this work the Brusselator model is studied, which is a minimal mathematical model, for chemical oscillations. The mean field analysis for the model and the traditional way of adding the effect of diffusion is reviewed. ...
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Umang Ashwin Dattani
(The Institute of Mathematical Sciences, )
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Ramadevi, P.
(, 2009-08-13)
Topological quantum field theories provide a powerful tool in physics, for the study of geometry and topology of low dimensions. Cohomological or Witten-type field theories in four dimensions gives Donaldson invariants ...
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Date, G; Bala R. Iyer, Eds.,
(2012-07-11)
Prof. Naresh Dadhich suggested the idea that the XVIII conference of the IAGRG
may be hosted by the Institute of Mathematical Sciences. There was a perception that while classical general relativity, gravitation, ...
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Chandrasekaran, P. S.
(2009-08-04)
This thesis work essentially relates to the study of the EigenVector and EigenValue structure of the matrices of the generalised clifford algebra and their possible interpretation in elementary particle physics. Sigma - ...
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Thunga SatyaPal
(2009-12-18)
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Gadiyar, G. H.
(2009-08-10)
The analysis carried out in this thesis is based on the Hamiltonian approach to the Lattice Gauge theory. On defining a Hamiltonian for the gauge degrees of freedom, one deals with a quantum mechanics with a well-defined ...
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Kinjal Banerjee
(, 2009-10-07)
As per this study a possible comparison between String Theory and Loop Quantum Gravity is conceivable only at perturbative level in the large volume(in Planck units) limit. The simplest context of homogeneous isotropic ...
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Kamal Tripathi
(The Institute of Mathematical Sciences, 2021)