• Effect of taphonomy and methodological decisions on inferences of spatio-temporal distribution of molluscan assemblages and its paleobiological implications. 

  BHATTACHERJEE, MADHURA (2022-11)

  Marine biodiversity changes through time and space. Identifying the drivers of such change is becoming especially important in the context of recent anthropogenic biodiversity loss. Shallow marine molluscan assemblages ...
• First principles investigation of Ti2C MXene as catalyst and support in CO2 activation and CO oxidation reactions 

  MOHAN T, ASWATHI (2023-03)

  Two-dimensional materials are a sought-after class in the domain of material science, owing to its applications in a plethora of fields. A recent addition to this family is called MXene, a class of transition metal carbides ...
• Investigating sparse model for Continuous Glucose Monitoring in Type 2 Diabetes 

  ., PRAJJWAL (2022-09)

  Continuous Glucose Monitoring (CGM) is a cutting-edge method for monitoring blood glucose levels at predetermined intervals. Type 2 diabetes is a long-term chronic lifestyle disease brought on by high blood sugar levels. ...
• [Au]/[Ag] Catalyzed Synthesis of Benzyl Ethers, N-glycosides and Molnupiravir 

  CHAKRABORTY, SAPTASHWA (2022-11)

  Carbohydrates are one of the four significant biomolecules present in nature that acts primarily as a major source of energy for living organisms. Apart from this, carbohydrate molecules enormously impact many biological ...
• Computational prediction of SUMOylation sites in proteins 

  RAMTIRTHA, YOGENDRA (2022-08)

  SUMOylation is a post translational modification that involves formation of a covalent bond between lysine residues in substrate proteins and SUMO. SUMO (Small Ubiquitin-related MOdifier) is a protein that belongs to ...
• Plasmonic Nanowire Photonics: Light Propagation and Field Enhancement 

  TANEJA, CHETNA (2022-09)

  For future generation optical components such as couplers, antennas and waveguides, we need nanoscale control and confinement of the electromagnetic fields. Over the years, metallic nanostructures have been studied intensely ...
• Encapsulating tin dioxide nanoparticles into COF to develop high capacity Lithium ion battery anodes 

  S LEO, LIYA (2023-01)

  Covalent Organic Frameworks (COFs) are porous crystalline polymers formed by organic linkers connected through covalent bonds. They have numerous advantages such as high porosity, controllable pore size, thermal stability, ...
• Synthesis of Heparan Sulfate Oligosaccharides to Study Heavy Metals Binding and Adjuvant Activity 

  MARDHEKAR, SANDHYA (2022-12)

  Abstract: Heparan sulfate (HS) is a complex polysaccharide that is ubiquitous on all mammalian cell surfaces and extracellular matrices. The complexity of HS is encoded by broad sulfation patterns and uronic acid compositions. ...
• Characterization of Spiroplasma FtsZ: Insights into kinetic polarity and inhibitor binding 

  CHAKRABORTY, JOYEETA (2023-02)

  FtsZ, a tubulin homolog, marks the site of division and forms ring-like structure, the Z-ring, in bacteria. The Z-ring gets tethered to the membrane via FtsA, an actin homolog. Unlike the dynamic instability seen in tubulin, ...
• Designing of Linkers and Solid-phase Oligosaccharide Synthesis by Silver-assisted Gold-catalyzed Glycosidations 

  SUTAR, YOGESH (2022-12)

  Carbohydrates are the most abundant biopolymers on the earth and part of every living organism. Unlike nucleic acids and peptides, carbohydrates are more complex and diverse in their structure is one of the main reasons ...
• Light-Matter Interaction with Focused Optical Fields: Directional Scattering and Dynamics of Active Colloids 

  PAUL, DIPTABRATA (2022-09)

  Along with energy and linear momentum, angular momentum represents the most fundamental properties of light. These effect of these properties in various light-matter interactions become much more prominent upon focusing ...
• Synthesis of Anticoagulant Idraparinux and Development of New Glycosylation Methods 

  KASDEKAR, NITESHLAL (2022-11)

  Heparin (H) and Heparan sulfates (HS) are the heterogeneous, polyanionic molecules of glycosaminoglycan known to interact with biologically important proteins and play significant role in many physiological processes. The ...
• Study of 1D Photonic crystals incorporated with thermochromic materials for energy efficient smart window applications 

  ., DIPTI (2023-01)

  This thesis focused on experimental investigations of 1D photonic crystal hybridized with thermochromic material-based smart windows architectures. Vanadium dioxide and tungsten-doped vanadium dioxide were incorporated ...
• The Construction of Carbon-Heteroatom Bonds (C-X; X = N, O, S) Under Metal-Free Conditions to Access Useful Heterocyclic Scaffolds 

  KHADE, VIKAS (2022-06)

  The construction of heterocyclic scaffolds through a carbon-heteroatom bond (C–N, C–O, C–S) forming reactions have gained significant attention in organic synthesis over the years. The construction of carbon-heteroatom ...
• Abundance Patterns of Species along Elevational Gradients 

  MAITRA, ALAKANANDA (2023-01)

  A species’ distribution or range is the expanse of geographical space where it is commonly encountered. The environment-abundance paradigm (EAP) links the abundance of species to the environment through traits and fitness ...
• Inter-atomic/molecular Decay in Doped Helium Nanodroplets Induced by Extreme-ultraviolet Radiation 

  MANDAL, SUDDHASATTWA (2023-01)

  This thesis concerns with experimental investigations of inter-atomic/molecular decays in nanometer-sized van der Waals clusters of helium (He), or in He nanodroplets, doped with a few foreign atoms and molecules. Acetylene ...
• Transition metal oxide-based electrochromic materials for energy-saving fenestration and smart energy storage devices 

  DEWAN, ANWESHI (2022-12)

  Electrochromism is an electrochemical phenomenon where the optical properties of the materials change reversibly and persistently with the externally applied voltages. It has received increasing attention due to its ...
• Parameterized Complexity of the Hiding Leader problem 

  KARRA, MOHAN (2023-01)

  In this thesis, we study the theory of parametrized complexity and examine parameterized complexity of the Hiding Leader problem. We discuss standard tools and techniques for showing the fixed-parameter tractability of ...
• Studies of Nonlinear Phenomena in Sensory Systems 

  BISWAS, AYAN (2023-01)

  Neurons being modeled into conductance-based models is extant in the literature since Hodgkin and Huxley. These models often show a rich variety of behaviors as nonlinear dy- namical systems. The Hodgkin-Huxley model, ...
• Alliances in Graphs: A Parameterized Perspective 

  TRIPATHI, SHUVAM KANT (2022-09)

  Throughout history, humans have formed communities, guilds, faiths etc in the hope of coming together with a group of people having similar requirements, visions and goals. Their reasons to do so, usually rest on the fact ...

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