Ravi Shanker(The Institute of Mathematical Sciences, 2026)
This thesis presents a systematic investigation into the thermal phases and properties of strongly interacting nuclear matter described by Quantum Chromodynamics (QCD), focusing on the effective restoration of the different ...
Prem Kumar(The Institute of Mathematical Sciences, 2026)
The spin-boson model is a widely used model for understanding the properties of a two level open quantum system. Accurately describing its dynamics often requires going
beyond the weak system-environment coupling ...
Sushant(The Institute of Mathematical Sciences, 2026)
In this thesis, we investigate lower bounds for heights in connection with Lehmer’s conjecture, establishing new relationships between the Weil height and analytic objects such as the zeros of the Dedekind zeta function. ...
Aniruddha N(The Institute of Mathematical Sciences, 2026)
Compartmentalization is a fundamental process underlying the spatiotemporal organization of biological systems. Compartments provide several advantages, such as creating distinct microenvironments for biochemical reactions, ...
Vaibhav Pathak(Institute of Mathematical Sciences, 2026)
This thesis focuses on advancing the theoretical understanding of semi-inclusive deep inelastic scattering (SIDIS) through the high precision computation of higher-order radiative corrections. In this work, we computated ...
Vishwajeet Kumar(The Institute of Mathematical Sciences, 2026)
This thesis was broadly divided into two parts. The first part was dedicated to the formulation of the Arrhenius law for interacting diffusive systems, along with an analysis of its inference properties. The second part ...
Anannya Upasana(The Institute of Mathematical Sciences, 2026)
This thesis studies parameterized approximation algorithms for partial covering
problems through a unified framework centered around Maximum Coverage and CCMaxSat. We investigate two complementary optimization objectives: ...
Priyotosh Sil(The Institute of Mathematical Sciences, 2026)
Gene regulatory networks (GRNs) orchestrate cellular behavior through complex combinatorial interactions among genes. Boolean models provide a tractable framework for studying GRN dynamics and have been widely used to ...
Souvik Saha(The Institute of Mathematical Sciences, 2026)
This thesis investigates the parameterized complexity of NP-hard partitioning, covering, and satisfiability problems, identifying tractable cases through fixed-parameter algorithms, kernelization, and parameterized ...
Ravi Shanker(The Institute of Mathematical Sciences, 2026)
This thesis presents a systematic investigation into the thermal phases and properties of strongly interacting nuclear matter described by Quantum Chromodynamics (QCD), focusing on the effective restoration of the different ...
Prem Kumar(The Institute of Mathematical Sciences, 2026)
The spin-boson model is a widely used model for understanding the properties of a two level open quantum system. Accurately describing its dynamics often requires going
beyond the weak system-environment coupling ...
Sushant(The Institute of Mathematical Sciences, 2026)
In this thesis, we investigate lower bounds for heights in connection with Lehmer’s conjecture, establishing new relationships between the Weil height and analytic objects such as the zeros of the Dedekind zeta function. ...
Aniruddha N(The Institute of Mathematical Sciences, 2026)
Compartmentalization is a fundamental process underlying the spatiotemporal organization of biological systems. Compartments provide several advantages, such as creating distinct microenvironments for biochemical reactions, ...
Vaibhav Pathak(Institute of Mathematical Sciences, 2026)
This thesis focuses on advancing the theoretical understanding of semi-inclusive deep inelastic scattering (SIDIS) through the high precision computation of higher-order radiative corrections. In this work, we computated ...
Vishwajeet Kumar(The Institute of Mathematical Sciences, 2026)
This thesis was broadly divided into two parts. The first part was dedicated to the formulation of the Arrhenius law for interacting diffusive systems, along with an analysis of its inference properties. The second part ...
Anannya Upasana(The Institute of Mathematical Sciences, 2026)
This thesis studies parameterized approximation algorithms for partial covering
problems through a unified framework centered around Maximum Coverage and CCMaxSat. We investigate two complementary optimization objectives: ...
Priyotosh Sil(The Institute of Mathematical Sciences, 2026)
Gene regulatory networks (GRNs) orchestrate cellular behavior through complex combinatorial interactions among genes. Boolean models provide a tractable framework for studying GRN dynamics and have been widely used to ...
Souvik Saha(The Institute of Mathematical Sciences, 2026)
This thesis investigates the parameterized complexity of NP-hard partitioning, covering, and satisfiability problems, identifying tractable cases through fixed-parameter algorithms, kernelization, and parameterized ...
Ankur Sarkar(The Institute of Mathematical Sciences, 2026)
The classification of smooth structures on manifolds is a central problem in differential topology, particularly for manifolds sharing the same underlying topological type. This thesis studies this problem for product ...
Arup Biswas(The Institute of Mathematical Sciences, 2026)
The focus of this thesis was threefold: i) application and effects of stochastic resetting on physical in a variety of processes, namely, chemical reactions, operations research and viscoelastic media, ii) a unified renewal ...
Saurav Holme Choudhury(The Institute of Mathematical Sciences, 2026)
The focus of this thesis was threefold: i) application and effects of stochastic resetting on physical in a variety of processes, namely, chemical reactions, operations research and viscoelastic media, ii) a unified renewal ...
Arunabha Mukhopadhyay(The Institute of Mathematical Sciences, 2025)
This thesis provides a study of problems related to the irreducibility and arithmetic properties of
certain families of polynomials. In particular, we emphasize generalized ω-Laguarre polynomials and
discriminants of a ...
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 ...
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 ...
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 ...