• Light-Harvesting Studies in Electrostatically Bonded All-Quantum Dot Assemblies 

  ROY, PRADYUT (2024-12)

  Colloidal semiconductor quantum dots (QDs) have attracted substantial interest in the direction of modern energy research owing to their unique size- and shape-dependent optoelectronic properties. This includes sensors, ...
• Light-Powered Plasmonic Heaters: Extracting the Heat Out of Plasmons for Photothermal Applications 

  KASHYAP, RADHA KRISHNA (2024-12)

  The thermal energy (heat) dissipated during light-matter interactions is considered as a ‘loss’ in energy science. However, this process of heat dissipation is inevitable in all light-matter interactions. Recently, attention ...
• PARAMETERIZATION OF KNOTTED SURFACES ARISING FROM CLASSICAL AND WELDED KNOTS 

  MAHATO, TUMPA (2024-12)

  In this thesis we discuss how to parameterize certain two dimensional knots in four space using simple polynomial functions. More specifically we have taken up 2 dimensional sphere S^2 and the torus T^2 embedded inside S^4 ...
• Analysis of Continuous Glucose Monitoring in relation to HbA1c and Interstitial Fluid Glucose 

  MAJUMDAR, SAYANTAN (2024-12)

  In recent times, continuous glucose monitoring (CGM) devices are becoming very popular, especially among clinicians and patients suffering from diabetes (both T1D and, T2D). They help in management of patients BG levels, ...
• Floquet Engineering in an Atom-Optics Kicked Rotor 

  MAURYA, SHIV SAGAR (2024-12)

  Implementing the Floquet operator in a cold atoms system is a fascinating field of research. This implication opens the path for the study of dynamical localization in the quantum kicked rotor system. The quantum kicked ...
• Supersymmetric Yang-Mills theories without anti-commuting variables 

  PANT, SAURABH (2024-12)

  Supersymmetric field theories can be studied via an alternate approach using purely bosonic variables. In this method, a transformation (Nicolai map) of the bosonic fields exists for supersymmetric gauge theories such ...
• Development of Fluorescent Polymeric Nano-Assemblies for Studying Organelle Interactions in Intracellular Drug Release and Accumulation 

  VIRMANI, MISHIKA (2024-12)

  Drug delivery via nano-carriers enabled the translation of promising therapeutics into successful therapies. Nanotechnology evolved over the years and led to the development of various nano- delivery scaffolds. Much research ...
• 2D structurally constrained CSEM inversion and seismic modelling for anisotropic media 

  CHAUHAN, IKTESH (2024-12)

  Inverse modelling is an ill-posed problem, and the regularisation technique is used to solve the inverse problem by biasing the solution with prior information. In the absence of prior information about the model, a ...
• Synthesis, Structural Characterization and Redox Properties of Porphyrinoids with Thiᴏphene and Thienothiᴏphenes 

  HIREMATH, RAMESH (2024-12)

  Porphyrin and isophlorin are structural congeners of 18π and 20π annulenes are redox structural isomers through PCET. On the other hand, non-pyrrolic porphyrinoids usually tend to undergo reversible two-electron ring ...
• Principal Bundles in Generalized Complex Geometry 

  PAL, DEBJIT (2024-11)

  In this thesis, we introduce the notion of a strong generalized holomorphic (SGH) fiber bundle and develop connection and curvature theory for an SGH principal G-bundle over a regular generalized complex (GC) manifold, ...
• Modulation of optoelectronic properties of layered two-dimensional materials by strain, twist and dielectric engineering 

  CHOWDHURY, TAMAGHNA (2024-11)

  Since Sir Andre Geim and Sir Kostya Novoselov successfully isolated graphene in Manchester in 2004, numerous layered two-dimensional (2D) materials have been uncovered. Among these, transition metal dichalcogenides (TMDs) ...
• Mixed Rossby-Gravity waves and their association with the intrusion of extratropical disturbances 

  SHREYA, KESHRI (2024-11)

  Mixed Rossby-gravity (MRG) waves are tropical synoptic-scale disturbances which exhibit mixed properties of low frequency Rossby waves and high frequency gravity waves. A comprehensive understanding on the major factors ...
• Multi-app of Heparin Mimetics Derived from L-Idose 

  SHARATH, S V (2024-11)

  Heparan sulfate (HS) is a negatively charged polysaccharide, widely present on the surface of all mammalian cells and in the extracellular matrix. Depending on the sulfation patterns and uronic acid compositions, the HS ...
• Role of ionotropic glutamate receptors in odor information processing through mouse olfactory subsystems 

  MARATHE, SHRUTI DATTATRAY (2024-11)

  Information gathered by sensory organs is processed in the specialized pre-cortical and cortical areas, ultimately leading to animals’ behavioural responses. For rodents, olfaction (sense of smell) has been proven to be a ...
• Principle of Suspension (asiddhatva) in Aṣṭādhyāyī: A Critical Study 

  SHROFF, ANITA NIKHIL (2024-10)

  Pāṇini's Aṣṭādhyāyī is a rule book that employs many techniques to derive the Sanskrit language. One such technique is the principle of suspension (asiddhatva). This principle is predominantly used in the last three quarters ...
• Synthetic/Catalytic Studies Towards Construction of Macrocycles Under Batch and Continuous Flow Conditions 

  SUTAR, DASHRAT (2024-10)

  Macrocyclic compounds are large-sized cyclic structures constituted by more than 12 atoms and are found as important scaffolds in medicine, materials, sensors, and catalysis applications. Macrocycles are also important ...
• Developing Image Analysis Pipelines for Quantitave Microscopy of Nematode Embryos, Cytoskeleton-Motor Mechanics, Cell Shape Analysis and Adhesion 

  KHATRI, DHRUV (2024-10)

  Automated quantification of microscopy datasets plays an important role in understanding biological phenomena. This requires robust computational methods for accurate object detection, tracking, and segmentation. In this ...
• N-Heterocyclic Tetrylenes: Potential Platforms for Multidimensional Applications 

  GHOSH, MOUSHAKHI (2024-10)

  The group 14 elements, known as N-heterocyclic tetrylenes (NHTs), typically have six electrons in their valence shell. They are currently one of the most rigorously investigated groups of ancillary ligands in modern ...
• Adhesion-dependent regulation of Golgi organization and function in normal vs cancer cells 

  JOSHI, PRACHI (2024-10)

  Cancer cells are unique in overcoming the requirement for cell-matrix adhesion (anchorage dependence) to grow, proliferate and metastasize. Among the cellular pathways regulated by adhesion include its ability to control ...
• STUDIES ON CATALYTIC MACROCYCLIZATION TOWARDS THE SYNTHESIS OF MACROCYCLIC KETONES, MACROLACTONES AND MACROLACTAMS 

  JAMDADE, AKASH BANDU (2024-10)

  Nature is the biggest source of bioactive macrocyclic compounds, which have an indispensable impact on human lives. Currently, many approved drugs feature a macrocycle moiety as their bioactive core. Furthermore, macrocycles ...

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