Vigneshwaran K(The Institute of Mathematical Sciences, 2025)
Peptide conformation studies are essential due to their role in biological functions like
cell signaling and drug design, as well as their importance in protein structure prediction. Peptides form secondary structures ...
Abhimanyu Choudhury(The Institute of Mathematical Sciences, 2026)
Quantified Conflict Driven Clause Learning (QCDCL) is one of the main approaches
to solving Quantified Boolean Formulas (QBF). Cube-learning is employed in this
approach to ensure that true formulas can be verified. ...
Jyotijwal Debnath(The Institute of Mathematical Sciences, 2026)
Pulsars are precise cosmic clocks whose timing signals enable stringent tests of general relativity. In binary systems, several propagation delays arise due to orbital motion and gravitational effects, including the Romer ...
Sushovan Mondal(The Institute of Mathematical Sciences, 2025)
Compact stars, such as neutron stars and quark stars, provide a unique environment for studying matter at extreme densities, though the underlying physics remains uncertain due to limitations in the equations of state ...
Manish(The Institute of Mathematical Sciences, 2025)
In recent years, significant advancements have emerged at the intersection of quantum
information theory and gravitational physics. These developments encompass a variety
of topics, including but not limited to the AdS/CFT ...
Gopal Prakash(The Institute of Mathematical Sciences, 2025)
In this thesis, we investigated the Hubbard model in the strong coupling regime
with a dual approach: an analytical treatment based on the limit of infinite onsite
repulsion 𝑈 = ∞ in which we developed an approximate ...
Prabhat Butola(The Institute of Mathematical Sciences, 2025)
The finite temperature higher order corrections to the annihilation cross section of Majorana and Dirac type dark matter candidates are presented considering a model in which the dark matter, χ, annihilates to Standard ...
Tanmay Saha(The Institute of Mathematical Sciences, 2025)
The industrial revolution catalyzed the development of classical thermodynamics, emerg-
ing from the furnaces of mines and factories. Subsequently, statistical mechanics refined
and shaped its principles. At the dawn of ...
Mamale Vinod Suryakant(The Institute of Mathematical Sciences, 2025)
This thesis consists of three parts. In first, we will examine the validity of the geodesic
rule, a key postulate of the Kibble-Zurek mechanism, which describes topological defect
formation during second-order phase ...
Amit Kumar(The Institute of Mathematical Sciences, 2025)
This thesis addresses the fundamental problem of shock propagation in both homogeneous and inhomogeneous media, with a focus on scenarios initiated by either intense explosions or continuous energy input. Classical ...
Vigneshwaran K(The Institute of Mathematical Sciences, 2025)
Peptide conformation studies are essential due to their role in biological functions like
cell signaling and drug design, as well as their importance in protein structure prediction. Peptides form secondary structures ...
Abhimanyu Choudhury(The Institute of Mathematical Sciences, 2026)
Quantified Conflict Driven Clause Learning (QCDCL) is one of the main approaches
to solving Quantified Boolean Formulas (QBF). Cube-learning is employed in this
approach to ensure that true formulas can be verified. ...
Jyotijwal Debnath(The Institute of Mathematical Sciences, 2026)
Pulsars are precise cosmic clocks whose timing signals enable stringent tests of general relativity. In binary systems, several propagation delays arise due to orbital motion and gravitational effects, including the Romer ...
Sushovan Mondal(The Institute of Mathematical Sciences, 2025)
Compact stars, such as neutron stars and quark stars, provide a unique environment for studying matter at extreme densities, though the underlying physics remains uncertain due to limitations in the equations of state ...
Manish(The Institute of Mathematical Sciences, 2025)
In recent years, significant advancements have emerged at the intersection of quantum
information theory and gravitational physics. These developments encompass a variety
of topics, including but not limited to the AdS/CFT ...
Gopal Prakash(The Institute of Mathematical Sciences, 2025)
In this thesis, we investigated the Hubbard model in the strong coupling regime
with a dual approach: an analytical treatment based on the limit of infinite onsite
repulsion 𝑈 = ∞ in which we developed an approximate ...
Prabhat Butola(The Institute of Mathematical Sciences, 2025)
The finite temperature higher order corrections to the annihilation cross section of Majorana and Dirac type dark matter candidates are presented considering a model in which the dark matter, χ, annihilates to Standard ...
Tanmay Saha(The Institute of Mathematical Sciences, 2025)
The industrial revolution catalyzed the development of classical thermodynamics, emerg-
ing from the furnaces of mines and factories. Subsequently, statistical mechanics refined
and shaped its principles. At the dawn of ...
Mamale Vinod Suryakant(The Institute of Mathematical Sciences, 2025)
This thesis consists of three parts. In first, we will examine the validity of the geodesic
rule, a key postulate of the Kibble-Zurek mechanism, which describes topological defect
formation during second-order phase ...
Amit Kumar(The Institute of Mathematical Sciences, 2025)
This thesis addresses the fundamental problem of shock propagation in both homogeneous and inhomogeneous media, with a focus on scenarios initiated by either intense explosions or continuous energy input. Classical ...
Tanmoy Sengupta(The Institute of Mathematical Sciences, 2025)
A conformal field theory (CFT) possessing the Virasoro algebra as its local symmetry algebra is endowed with an infinite set of mutually commuting local integrals of motion, commonly referred to as quantum Korteweg-de Vries ...
Hitesh Garg(The Institute of Mathematical Sciences, 2025)
Macromolecules or polymers are generally found in crowded environments. The interior of a cell contains a high concentration of macromolecules, typically constituting 20–30% of the total cell volume. Crowders play a crucial ...
Adarsh Sudhakar(The Institute of Mathematical Sciences, 2025)
Symmetries play an important role in modern physics by providing a basis for many con-
servation laws and enabling the classification of elementary particles. Typically, gravita-
tional systems do not possess any global ...
Amit Suthar(The Institute of Mathematical Sciences, 2025)
In this thesis, we investigate the amplitudes of gauge theories in two different contexts
using the on-shell methods and positive geometry. We study the amplitudes and so-called
on-shell functions for the Coulomb branch ...
Samim Akhtar(The Institute of Mathematical Sciences, 2024)
The advent of gravitational-wave astronomy, marked by the LIGO–VIRGO–KAGRA (LVK) collaboration’s detection of neutron star mergers and binary black holes, has revitalized efforts to address the relativistic two-body problem ...
P Rakesh Kumar Dora(The Institute of Mathematical Sciences, 2025)
Two-dimensional electron systems (2DESs) in strong magnetic fields host a rich variety of interacting ground states, including the celebrated fractional quantum Hall effect (FQHE), Wigner crystals (WC), and bubble and ...
Himanshu Badhani(The Institute of Mathematical Sciences, 2024)
This work presents a consistent method for defining subsystems on a Hilbert space whose underlying vector space admits a tensor-product decomposition, while the Hilbert space itself lacks such a decomposition due to its ...
Namitha C H(The Institute of Mathematical Sciences, 2025)
The content of this thesis comes from the study of product systems over closed convex
cones. Product systems arise in the study of E0 - semigroups. An E0 -semigroup is a σ-
weakly continuous semigroup of normal, unital ...