• Membrane-associated Periodic Skeleton: A developmental perspective 

  BODAS, SHIVANI (2025-09)

  The Membrane-associated Periodic Skeleton (MPS) is a critical cytoskeletal structure observed in diverse neuronal subtypes across multiple species. Since its identification in 2013, it has been demonstrated to be essential ...
• Exploration of the Reactivity and Applications of Diazo Arylidene Succinimides (DAS) under Visible Light and Metal Catalysis 

  MEHER, KAJAL (2025-09)

  Diazo compounds are highly versatile as well as valuable reagents whose reactivity can be fine-tuned through metal catalysis, photochemical activation, and radical pathways to enable divergent and selective synthetic ...
• Light-Driven Multielectron Chemical Transformations with Tailored Nanoparticles 

  JAIN, VANSHIKA (2025-09)

  Nature has always been the underlying inspiration for various solar energy conversion technologies and among them, solar-to-chemical energy conversion in photosynthesis is considered to be the most elegant way to make ...
• Insights in Black Hole Thermodynamics using Von Neumann Algebras 

  ALI, MOHD (2025-08)

  In recent years, algebraic quantum field theory (AQFT) and modular theory have provided significant insights into gravitational degrees of freedom. Notably, the works [1–3] demonstrate that the inclusion of gravitational ...
• Aspects of cosmological observables 

  ULLAH, FARMAN (2025-08)

  One of the goals of early universe cosmology is to understand the physics of inflation. Since we cannot visually access this epoch, we rely on indirect observations, e.g., measuring temperature correlations on the CMB. By ...
• Visible Light Photocatalyzed Oxidative Functionalization of Alkenes and Cyclic Thioacetals 

  BEHERA, MOUSUMI (2025-08)

  The revival of radical chemistry in organic synthesis has fuelled a renaissance in visible-light photoredox catalysis. This mild and versatile approach has rapidly gained traction across diverse fields, from biomedical ...
• Modelling and structural break detection using nonparametric methods 

  ROY, ARCHI (2025-08)

  Understanding the behavior of time-evolving systems is central to contemporary data science, with wide-ranging applications in domains such as finance, biology and environmental studies. These systems are often high-dimensional, ...
• Optothermally Driven Colloidal Matter: Activity and Guided Motion 

  CHAND, RAHUL (2025-08)

  Light carries energy, linear momentum, and angular momentum, which can be directly transferred to microscopic and nanoscopic objects. This transfer allows precise control and manipulation of their motion by suppressing ...
• Bounds on Performance in Continuous and Discrete Thermal Machines: Insights from Quantum and Thermal Fluctuations 

  MOHANTA, SANDIPAN (2025-08)

  Fluctuations play a crucial role in the operation of small-scale devices, where thermal and quantum effects significantly influence the efficiency, power output, and stability of machines. This thesis investigates performance ...
• NMR Investigations and Feedback Estimation of Ergotropy : Applications in Quantum Battery and Entanglement Certification 

  JOSHI, JITENDRA (2025-08)

  Quantum-level energy storage and usage is gaining significant interest among scientific communities with a newly introduced concept in quantum thermodynamics, namely ergotropy. Ergotropy quantifies the maximum amount of ...
• Analysis of local neighbourhoods in proteins 

  S, MUKUNDAN (2025-07)

  Proteins, through their activity and interactions, are the predominant class of molecules enabling the functioning of the living cell. They are linear polymers of amino acids that fold based on covalent and non-covalent ...
• Search for vector-like leptons at CMS and prospects at the HL-LHC 

  LAHA, ARNAB (2025-07)

  The standard model of particle physics (SM) describes fundamental particles and their interactions. The predictions of the SM have been extensively tested in the experiments. However, it does not explain key phenomena such ...
• Synthesis of Glycolipid Library Reminiscent of Mycobacterial Cell Wall Motif A and its Significance by Microscopy 

  JOSHI, POOJA (2025-07)

  The cell wall of Mycobacterium tuberculosis is a complex structure composed of lipids, glycolipids, polysaccharides, and proteins. Key components include peptidoglycans (PG), lipoarabinomannan (LAM), and mycolyl arabinogalactan ...
• Investigating the mechanism of action of cell division proteins FtsZ and FtsA of cell wall-less bacteria 

  DUTTA, SOUMYAJIT (2025-07)

  FtsZ and FtsA are the two primary components of the Z-ring involved in bacterial cell division. Despite extensive research, their roles in driving cell constriction are not well defined. In this context, FtsZ and FtsA from ...
• Seismic imaging of the crust and lithospheric mantle structure along a profile from the west to the east coast of India covering Dharwar craton 

  CHAUBEY, DIPAK KUMAR (2025-06)

  Understanding the mechanism of evolution of continents- comprising Archean Cratons flanked by younger mobile belts- through time is challenging. Cratons have a cold, thick, buoyant lithosphere, which remained stable for ...
• Design and Syntheses of Chiral Phosphorus-Based Assemblies for Effective Enantioselective Applications 

  JOSE, CAVYA (2025-06)

  Chirality is an important fundamental property of molecular systems that is crucial in various fields, including chemistry, pharmacology, biology, and materials science. Research activities involving chiral recognition and ...
• Remodeling of nucleoprotein complexes by a Type ISP restriction-modification enzyme LlaBIII 

  GAIWALA SHARMA, SUJATA (2025-06)

  The bacterial ATP-dependent restriction enzymes use energy derived from the hydrolysis of ATP to cleave double-stranded DNA (dsDNA), usually between two specific target sequences. Nucleolytic cleavage of the DNA by the ...
• Role of RALA and its Ser194 phosphorylation in tumorigenesis in RAS-independent and RAS- dependent cancers 

  KONDE, MAYURESH (2025-06)

  RALA (RAS Like Proto-Oncogene A) is a RAS family small GTPase that regulates vital cellular processes like cell spreading, migration and proliferation. Downstream of RAS, activation of RALA is critical for cancer cell ...
• A molecular perspective on membrane fission mechanisms in Vacuolar Protein Sorting 

  GOPAN, SHILPA (2025-06-21)

  The evolutionarily conserved vacuolar protein sorting (VPS) pathway prescribes a mechanism by which newly synthesized proteins are delivered from the Golgi apparatus to the lysosomes/vacuole and back via endosomes. Originally ...
• Understanding the molecular mechanism of mammalian prion protein misfolding 

  PAL, SUMAN (2025-06)

  Proteins exist as ensembles of multiple states within a free energy landscape, where partially unfolded forms (PUFs) are present alongside the stable, folded native state (N). These PUFs arise through protein dynamics and ...

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