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8846 result(s) found
Probing quasar outflows using broad absorption line variability

Section: Physical Sciences (Research Project)
Related: The Role The Role of Gaseous Halos in Galaxy Evolution Research Project › Astronomy & Space Sciences
Thermodynamic Properties of Atomic Nuclei and its Implication in Astrophysical Reaction Cross-section

Thermal motion of nuclei is crucial for nucleosynthesis in stellar environments. The pairing phase transition, characterized by a sharp discontinuity in heat capacity, is observed in even-even nuclei due to breaking nucleonic Cooper pairs. Recently,

Section: Physical Sciences (Research Project)
Thermodynamics & quantum advantage of many-body quantum thermal machines

Section: Physical Sciences (Research Project)
Related: Exploring many Exploring many body effects in quantum machines Research Project › Physical Sciences Thermodynamics and Thermodynamics and control of quantum technologies based on many-body interactions Research Project › Physical Sciences Exploring the Exploring the non-equilibrium dynamics of strongly-correlated many-body quantum systems Research Project › Physical Sciences The quantum The quantum complexity of dual-unitary and Bernoulli quantum many-body circuits Research Project › Physical Sciences Thermalization and Thermalization and statistical relaxation in finite interacting many body quantum systems Research Project › Physical Sciences
Thermodynamics of spin-chain- A quantum mechanical approach

Section: Physical Sciences (Research Project)
Related: Study of Study of Functional Properties of Haldane Spin Chain Based Magneto-electrics via Strain Engineering Research Project › Physical Sciences Quantum Mechanical Quantum Mechanical Exploration of Alkanes to Alkenes Formation via Catalytic Dehydrogenation and Oxidative Dehydrogenation Over Metal and Metal Oxide Catalysts: A New Initiative to Convert Plastics into Fuel Research Project › Chemical Sciences Synthesis and Synthesis and investigation of quantum spin liquid materials Research Project › Physical Sciences Role of Role of disorder on the nonlinear transport/optical properties of topological quantum materials using Quantum Kinetic Approach Research Project › Physical Sciences Quantum Orbital Quantum Orbital Hall Effect: A Theoretical Study from First Principles Research Project › Mathematical Sciences
Thermoelectric transport in presence of time-dependent perturbations

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 Theoretical and Theoretical and Computational Study of Phase Separation in Binary Mixtures in the presence of Surface Fields Research Project › Physical Sciences Theoretical analysis Theoretical analysis of Quatum Oscillation, Magneto-transport and Andreev Transport in Topological semimetals. Research Project › Physical Sciences Measurements and Measurements and Simulations of thermal transport in non-Fourier’s regime Research Project › Engineering Sciences Computational design Computational design of high performance thermoelectric materials Research Project › Engineering Sciences
Three-colouring wave functions for quantum magnets

Section: Physical Sciences (Research Project)
Related: Spin wave Spin wave Dynamics of Three Dimensionally Organized Magnetic Nanostructures Research Project › Physical Sciences Detection and Detection and Engineering of Three-Dimensional Nonequilibrium Spin Texture in Topological Quantum Materials for Efficient Spintronics Devices Research Project › Mathematical Sciences Moiré magnets Moiré magnets and topological hierarchy Research Project › Physical Sciences Quantum interplay Quantum interplay between altermagnetism, topology, and superconductivity with finite-momentum Cooper pair: Concept building for future quantum technologies Research Project › Physical Sciences Development of Development of A Multiconfiguration Density Functional Theory for Modeling Quantum Materials Research Project › Chemical Sciences
Through a glass darkly

Section: Physical Sciences (Research Project)
Related: Improving fire Improving fire safety of structures through the development of fire retardant laminated glass glazing Research Project › Engineering Sciences Investigation of Investigation of connections between kinetic & thermodynamic theories of the glass transition through numerical studies of dynamics of model supercooled liquids Research Project › Physical Sciences Sol-gel synthesis Sol-gel synthesis of nano bioactive glass-ceramic nanoparticles with ions doped using a modified Stober method for bone tissue regeneration Research Project › Engineering Sciences Copper Base Copper Base Ductile Bulk Metallic Glass Technologies › Chemical Sciences Development of Development of Transparent Nano-crystalline High Strength Glass-ceramics for Display Applications Research Project › Engineering Sciences
Time-dependent phenomena in low-dimensional systems

Section: Physical Sciences (Research Project)
Related: Machine-learning assisted Machine-learning assisted first-principles modeling and experimental exploration of magneto-electronic transport phenomena in framework-based low-dimensional molecular magnetic systems towards realistic nano-spintronics Research Project › Physical Sciences Activity driven Activity driven transport in low dimensional systems Research Project › Physical Sciences Solving the Solving the time-dependent Schrödinger equation for molecular systems using machine learning Research Project › Physical Sciences Theory of Theory of low temperature phenomena in a twisted bilayer and trilayer graphene made of deformed monolayer graphenes Research Project › Mathematical Sciences Quest for Quest for a metallic spin liquid with correlated 4f electrons in frustrated low-dimensional magnets Research Project › Physical Sciences
Time-resolved optical spectroscopy and device applications: Localized metallic state of Zno & graphene based Van der Waals' heterostructure

Section: Physical Sciences (Research Project)
Related: Ultrafast and Ultrafast and polarization-resolved optical study of the carrier, spin, and valley dynamics in two-dimensional layered materials and van der Waals heterostructures Research Project › Physical Sciences Zeeman-Induced Valley Zeeman-Induced Valley Photocurrent in MoS₂ via Proximity Coupling in an All-2D van der Waals Heterostructure Research Project › Mathematical Sciences Tuning electronic Tuning electronic and optical properties of innovative van der Waals (vdW) heterostructures based on 2D-Transition Metal Dichalcogenides under external influences and their integration with plasmonic nanostructures for photon-harvesting and ultrasensitive molecular sensing applications. Research Project › Physical Sciences Polarization-sensitive infrared Polarization-sensitive infrared photodetectors based on double van der walls Heterostructures Research Project › Engineering Sciences Polarization-Sensitive infrared Polarization-Sensitive infrared photodetectors based on double van der walls Heterostructures Research Project › Engineering Sciences
Topological phase measurement in one-dimensional periodic & quasi-periodic photonic crystals

Section: Physical Sciences (Research Project)
Related: Emerging Moiré Emerging Moiré physics in bilayers of anisotropic materials Research Project › Physical Sciences
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