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8846 result(s) found
Investigations on quantum matter in frustrated magnets

Section: Physical Sciences (Research Project)
Related: Exploring quantum Exploring quantum & thermal fluctuations in frustrated magnets at low temperature Research Project › Physical Sciences Exploring quantum Exploring quantum & thermal fluctuations in frustrated magnets at low temperature Research Project › Physical Sciences Investigations on Investigations on near and far from equilibrium dynamical properties in quantum matter Research Project › Physical Sciences Exotic magnetic Exotic magnetic properties & spin dynamics of low dimensional & frustrated quantum magnets Research Project › Engineering Sciences Synthesis and Synthesis and physical properties of some novel geometrically frustrated quantum magnets. Research Project › Physical Sciences
Investigations on Surface Plasmon Resonance (SPR) based optical sensing with an emphasis on the role of spin waves & magnonics in related materials

Section: Physical Sciences (Research Project)
Investigations on the problem of quantum oscillations in Kondo & other insulators

Section: Physical Sciences (Research Project)
Related: Quantum spin Quantum spin Hall insulators: Investigation of electrical and thermal properties Research Project › Physical Sciences Quantum spin Quantum spin Hall insulators: Investigation of electrical and thermal properties Research Project › Physical Sciences Theoretical exploration Theoretical exploration of nonlinear Quantum optical interactions in the attosecond pulse regime Research Project › Chemical Sciences Effect of Effect of relaxing the ultra-short range interaction assumption in Graphene Quantum Hall Research Project › Mathematical Sciences Exploring the Exploring the interplay of quantum magnetic behavior and electronic ordering in van der Waals magnets and their heterostructures Research Project › Physical Sciences
Ionic-copolymer melts- Behaviour near electrified interface, structural reorganization & response under mechanical shear

Section: Physical Sciences (Research Project)
IoT enabled performance evaluation system for transformers in rural areas

Section: Physical Sciences (Research Project)
Related: Performance Evaluation Performance Evaluation of Geocell Reinforced Steel Slag Waste as Base Course for Rural Roads Research Project › Engineering Sciences Performance Evaluation Performance Evaluation and Optimization of Battery-assisted Low Power IoT Communication Nodes for Ultra Reliable Low Latency Communication (URLLC) Systems Research Project › Engineering Sciences Development of Development of IoT Enabled Porous Glassy Carbon Biosensor Platform: From Material Fundamentals to Clinical Translation Research Project › Engineering Sciences LIV-PAPSENS- Paper-based LIV-PAPSENS- Paper-based Self-Powered Electrochemical Sensors Enabled by Internet of Things (IoT) for Sensing Salivary Biomarkers Akin to Liver Diseases. Research Project › Engineering Sciences Integration of Integration of Hybrid Triboelectric Nanogenerator into Railway Braking System for Enhanced Tribological Performance, Energy Harvesting, and Real-Time Monitoring Research Project › Engineering Sciences
Josephson junctions with strained Dirac materials & their application in quantum information processing

Section: Physical Sciences (Research Project)
Related: Superconducting Diode Superconducting Diode effect in topology-driven quantum materials with symmetry-broken systems Research Project › Physical Sciences Quantum phase Quantum phase transition and strongly correlated topological phases in epitaxial thin films of Kondo lattice systems. Research Project › Physical Sciences Exploring the Exploring the response of flat bands and nexus fermions in topological systems to periodic gauge fields and simulating the dynamics on a quantum processor Research Project › Mathematical Sciences Computationally Efficient Computationally Efficient Quantum Transport Model for Two-dimensional Material-based Devices: An Open Source Multiscale Modeling Tool Research Project › Material Sciences All Nitride All Nitride Wafer-Scale Ferroelectric-Superconductor Heterostructure towards Cryo-CMOS Superconducting Electronics Research Project › Engineering Sciences
Josephson transport across coupled quantum dots

Section: Physical Sciences (Research Project)
Related: Emerging magneto-transport Emerging magneto-transport and thermoelectric responses in altermagnets for novel application of energy harvesting Research Project › Mathematical Sciences Topological properties Topological properties of the quantum anomalous Hall state in rhombohedral multilayer graphene Research Project › Physical Sciences Exploring unconventional Exploring unconventional superconductivity in Kagome lattice compounds: From crystal growth to quantum phenomena Research Project › Mathematical Sciences Quantum phase Quantum phase transition and strongly correlated topological phases in epitaxial thin films of Kondo lattice systems. Research Project › Physical Sciences Interparticle Interaction, Interparticle Interaction, Topology, and Non-Hermiticity in Periodically Driven Electronic Systems: Fundamentals and Applications Research Project › Mathematical Sciences
Keldysh renormalization group for quantum spin liquids

Section: Physical Sciences (Research Project)
Related: Projective symmetry Projective symmetry group classifications of quantum spin liquids & spin nemetics for systems with arbitrary spin Research Project › Mathematical Sciences Search for Search for Quantum materials, and exotic electrical and magnetic ground states in novel complex transitional metal oxides and chalcogenides Research Project › Chemical Sciences Theoretical investigation Theoretical investigation of robust topological quantum channels in novel dissipative phases of matter and their characterisation using quantum information concepts. Research Project › Mathematical Sciences Insights into Insights into strongly interacting quantum many-body systems from set partitions Research Project › Physical Sciences Magnetic excitations Magnetic excitations and crystal field effects in the honeycomb quantum antiferromagnets: Application to RCl₃ (R = rare earths) Research Project › Physical Sciences
Kinetics & dynamics of amylin protein at single-molecule level using optical tweezers

Section: Physical Sciences (Research Project)
Related: Deciphering the Deciphering the binding-unbinding kinetics of RNA-ligand complexes in the liquid-liquid phase-separated environment at a single-molecule level Research Project › Life Sciences & Biotechnology Single molecule Single molecule FRET and Super-resolution Imaging of Conformational Dynamics and Branch Migration Kinetics in DNA Holliday Junction by Time-resolved Confocal and Prism-type TIRF Microscope: Potential Application as a Biosensor Research Project › Chemical Sciences Optical DNA Optical DNA Fingerprinting: A Single-Molecule Fluorescence Approach for Forensic Applications Research Project › Chemical Sciences Chaperone-Mediated Folding Chaperone-Mediated Folding of Mechanosensitive Proteins in Macrophages: Insights Using Single-Molecule Technique Research Project › Life Sciences & Biotechnology Interferometer based Interferometer based Atomic Force Microscope for viscoelasticity of single folded macromolecules Research Project › Physical Sciences
Large area micro bolometer uncooled focal plane arrays for thermal imaging

Section: Physical Sciences (Research Project)
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