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2995 result(s) found
Role of interface electronic structure on non-reciprocity of charge to spin current interconversion in ferromagnetic thin film heterostructures

Emerging Spin-orbitronics device concepts of magnetic memory and logic application requires fundamental understanding of the mechanism involved in reciprocal charge to spin current interconversion. Amongst various challenges that such application fac

Section: Physical Sciences (Research Project)
Related: Investigation of Investigation of thin-film delafossite materials for spin-orbit torque-based energy-efficient non-volatile memory applications Research Project › Engineering Sciences Design and Design and Control of Chiral Spin Textures in 3d-5d Oxide Heterostructures for Energy-Efficient Spintronics Research Project › Mathematical Sciences Integrating topology Integrating topology driven non-trivial transport phenomena in oxide heterostructures and interfaces. Research Project › Mathematical Sciences Development of Development of low moment and high spin-polarized materials for non-volatile spintronic devices Research Project › Material Sciences Voltage Control Voltage Control of Spin-Orbit Torques and Weyl Points in Kagome Ferromagnet/Heavy Metals Research Project › Mathematical Sciences
Synthetic Modelling of Lytic Polysaccharide Monooxygenase (LPMO) Enzymes: Elucidation of the Factors Controlling the Biomass to Biofuel Transformation

Lytic polysaccharide monooxygenases (LPMOs) are a remarkably important family of enzymes indispensable for the degradation of polysaccharides such as cellulose and chitin, and hence capture enormous research interests relevant to processing of biomas

Section: Chemical Sciences (Research Project)
Unraveling the Distribution and Reactivity of Sub-Nanometer Cluster Catalysts on Amorphous Supports: Integrating Multiscale Simulations, Machine Learning, and Experiments

Sub-nanometer metal clusters supported on amorphous oxides are active catalysts for several industrial reactions, such as propane dehydrogenation, naphtha reforming, and CO oxidation. These clusters can adopt a variety of different shapes and sizes.

Section: Engineering Sciences (Research Project)
Design and Discovery of Catalytically Active Molten Salt Media for Methane Valorization via First-Principles Simulations and Experiments

The proposed project aims to design and discover catalytically active molten salt media for methane valorization using an integrated computational and experimental approach. Methane, a key component of natural gas and a potent greenhouse gas, is wide

Section: Engineering Sciences (Research Project)
Microstructure-informed nonlocal fracture modelling of polymer composites

Fracture behaviour in composite materials is governed by a complex interplay between microstructural characteristics, the coalescence of microcracks that leads to crack nucleation, and propagation. Polymer-based composites, because of their inherent

Section: Engineering Sciences (Research Project)
Related: Fractional calculus Fractional calculus framework for damage and fracture: modelling progressive damage using nonlocal theories and data-driven constitutive laws Research Project › Engineering Sciences Hygrothermal Fracture Hygrothermal Fracture Analysis of CFRP Composites for Aerospace Applications Research Project › Engineering Sciences Analysis of Analysis of CNT and Graphene based coatings for improving antiaging fatigue properties of Fiber-Reinforced Polymer (FRP) composites for Marine Applications Research Project › Engineering Sciences International Symposium International Symposium on nonlocal mechanics approaches for modeling localized deformations Conference Events Analytical homogenization Analytical homogenization and experimental characterization of materials with multiscale microstructure Research Project › Engineering Sciences
Development of AI-Assisted Reconfigurable FSS-Based Energy Harvesting Skin for Self-Powered IoT Communication in Smart Environments

The increasing demand for sustainable, maintenance-free, and energy-efficient Internet of Things (IoT) systems, especially in smart cities, smart buildings, and remote monitoring applications, has necessitated a shift from conventional battery-powere

Section: Engineering Sciences (Research Project)
Related: Synergistic effect Synergistic effect of Triboelectrification at Liquid-Solid Interface and Machine Learning techniques for smart healthcare systems Research Project › Physical Sciences Light-mediated Triboelectric Light-mediated Triboelectric Nanogenerator (TENG) for Strategic Applications Research Project › Engineering Sciences
LEAP: Efficient Task and Motion Planning via Learned Action Feasibility Prediction

Robots are rapidly moving beyond structured industrial settings into unstructured, human-centric environments such as homes, hospitals, and offices. In such spaces, robots must interact with and manipulate objects in cluttered scenes where movable ob

Section: Engineering Sciences (Research Project)
Flexible Ga2O3 solar-blind UV photodetectors for wearable and smart skin device applications

In recent years, the Internet of Things technology is overgrowing. In this regard, our main challenge is to develop smart, intelligent, eco-friendly, less power-consumed, cost-effective, and highly sustainable optoelectronic devices and sensors for t

Section: Physical Sciences (Research Project)
Related: Multifunctional Flexible Multifunctional Flexible Devices for Eco-Sustainable E-Textile Applications Research Project › Material Sciences Development of Development of Non-invasive Wearable Electrocardiogram Monitor Based on Polymer-Ionic Liquid Transient Photocells Research Project › Engineering Sciences
Predictive Control of Extreme Events in Turbulence

Extreme events—rare, high-magnitude deviations from average system behavior—occur across a wide range of spatiotemporally complex systems, including turbulent flows, thermal convection, and combustion. These phenomena, such as rogue ocean waves,

Section: Engineering Sciences (Research Project)
Related: Dynamical origin Dynamical origin of extreme events in complex networks Research Project › Physical Sciences Structure and Structure and dynamics of extreme events in turbulent flows Research Project › Engineering Sciences Investigation of Investigation of the emergence of extreme events due to heavy wind loads in medium and high-rise building structures Research Project › Physical Sciences The role The role of extreme weather events and patterns in shaping vadose zone hydrology in snow dominated catchments" Research Project › Earth, Atmosphere & Environment Sciences The role The role of extreme weather events and patterns in shaping vadose zone hydrology in snow dominated catchments" Research Project › Earth, Atmosphere & Environment Sciences
Program to enhance the use of Bioinformatics, Synthetic Biology and Genome Editing for Collaborative Research in Biological and Biomedical Sciences

Project Summary Scientific Rationale: GLP-1 is a peptide hormone that is a promising therapeutic candidate for treating obesity and diabetes. However, it has a short serum half-life (∼2 min) since it is easily degraded by serum enzymes, limiting it

Section: Life Sciences & Biotechnology (Research Project)
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