• Dirac eigenspectrum and the fate of anomalous U(1) chiral symmetry in thermal QCD [HBNI Th290]  

  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 ...
• Open Quantum System: Dynamics and equilibrium state in weak and ultrastrong coupling limits [HBNI Th289]  

  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 ...
• Precision QCD Studies of Semi-Inclusive Deep Inelastic Scattering at Electron-Ion Collider [HBNI Th291] 

  Saurav Goyal (Institute of Mathematical Sciences, 2026)
• Lower bound on height functions [HBNI Th288]  

  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. ...
• Biophysical principles governing spatiotemporal regulation of compartmentalization in cells [HBNI Th292]  

  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, ...

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