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8846 result(s) found
Computational aspects of social choice: Theory & practice

Section: Physical Sciences (Research Project)
Related: Bridging the Bridging the Gap Between Theory and Practice: Towards Approximation Algorithms for Practical Instances Research Project › Computer Sciences and Information Technology Federated Social Federated Social Trust Aggregation Research Project › Engineering Sciences Development of Development of Computer Program and Experimental set-up for Response assessment of Concrete Structures under Drop-weight Impact and Contact Explosions Research Project › Engineering Sciences Learning in Learning in the Presence of Strategic Agents Research Project › Engineering Sciences Exploration of Exploration of Parameterized Approximation Algorithms for Constrained Clustering and Covering Research Project › Mathematical Sciences
Computing with spin torque nano oscillators- Applications to frequency & power enhancement

Section: Physical Sciences (Research Project)
Related: Neuromorphic Computation Neuromorphic Computation in Networks of Adaptive Spin Torque Nano Oscillators Research Project › Physical Sciences Integration of Integration of Multilevel Multiphase Motor for Electric Vehicles: Design, Development, Real-time Fault Diagnosis, and Fault-Tolerant Control for Reduced Harmonics and Torque Ripples at All Speed. Research Project › Engineering Sciences Spin wave Spin wave Dynamics of Three Dimensionally Organized Magnetic Nanostructures Research Project › Physical Sciences Emergent spin-orbit Emergent spin-orbit torques from intrinsic crystal asymmetry and Moiré superlattices in 2D van der Waals heterostructures for functional quantum spintronic devices Research Project › Mathematical Sciences Design and Design and Characterization of stable Exchange-Biased Magnetic Multilayers with Heusler based Synthetic Antiferromagnets and enhanced magnon coupling Research Project › Physical Sciences
Connecting solar interior dynamics to variable solar activity & space weather

Section: Physical Sciences (Research Project)
Related: Quantifying the Quantifying the Geo-effectiveness of Space weather Events based on Thermospheric Mass Density variations at Low-Earth-Orbit Altitudes Using Observations and Simulations Research Project › Earth, Atmosphere & Environment Sciences Probing the Probing the origins of the solar wind SOLWIND Research Project › Physical Sciences Understanding the Understanding the initiation of solar eruptions through numerical modeling Research Project › Astronomy & Space Sciences Development of Development of Signal processing algorithms for demonstration of Solar observations in microwave frequencies Research Project › Mathematical Sciences Unveiling the Unveiling the hidden relationship between vorticity and magnetic field in the solar atmosphere Research Project › Physical Sciences
Consortium for Collective and Engineered Phenomena in Topology Concept

Section: Physical Sciences (Research Project)
Related: Quantum interplay Quantum interplay between altermagnetism, topology, and superconductivity with finite-momentum Cooper pair: Concept building for future quantum technologies Research Project › Physical Sciences Investigation of Investigation of collective dynamical patterns in coupled oscillators and swarmalators Research Project › Physical Sciences Novel transport Novel transport and optical phenomena induced by band geometric quantities in quantum materials 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 Development of Development of cryogenic charge sensors for probing thermodynamic properties of emergent electronic phases in novel quantum materials Research Project › Physical Sciences
Constraining equation of state of the neutron stars with multi-messenger astrophysics

Section: Physical Sciences (Research Project)
Related: Bayesian Analysis Bayesian Analysis of Neutron Star Equation of State Research Project › Physical Sciences Physics of Physics of neutron stars: constraints from finite nuclei to gravitational waves Research Project › Life Sciences & Biotechnology Explore the Explore the internal composition of the neutron star Research Project › Physical Sciences Decoding the Decoding the Physics of High Density Matter at Neutron Star Cores Through Gravitational Wave Simulation Research Project › Physical Sciences Multimessenger Astrophysics Multimessenger Astrophysics and Radio Instrumentation Research Project › Mathematical Sciences
Constraints from Ultraviolet Completion on Cosmology

Inflation is a promising paradigm for explaining the beginning of the universe, with slow-roll inflation being the most promising due to its theoretical simplicity and success in explaining cosmological observations. However, this requires a flat inf

Section: Physical Sciences (Research Project)
Related: Cosmology with Cosmology with Gravitational lensing Research Project › Physical Sciences Accelerated Universe Accelerated Universe and the Current Issues in Cosmology Research Project › Physical Sciences Cogenesis of Cogenesis of Baryon Asymmetry and Dark Matter from Inflaton Research Project › Physical Sciences Advancing Theoretical Advancing Theoretical Precision: Probing Deviations from the Standard Model for New Physics Research Project › Mathematical Sciences Disentangling the Disentangling the Galactic and Extragalactic foreground emissions from the multi-frequency Planck observations Research Project › Physical Sciences
Control of self-organization of active colloids by external fields

Section: Physical Sciences (Research Project)
Related: The Einstein The Einstein Viscosity of a Suspension of Active Colloids Research Project › Physical Sciences Collective Dynamics Collective Dynamics and Structural Organization of Confined Active Filaments Research Project › Life Sciences & Biotechnology Field-Driven Janus Field-Driven Janus Colloids in Liquid Crystals: A Platform for Topological Active Matter Research Project › Physical Sciences Exploring the Exploring the physics of living and active matter using programmable self- propelled robotic agents Research Project › Physical Sciences Coupled dynamics Coupled dynamics of active particles and vesicle membrane deformation influenced by membrane heterogeneity and activity strength Research Project › Engineering Sciences
Control on the relaxor behavior through cation engineering in lead free diordered ferroelectrics to attain the optimum recoverable energy storage density

Section: Physical Sciences (Research Project)
Controlled growth of aligned CNTs for electronic and sensor device applications

Section: Physical Sciences (Research Project)
Related: Large area, Large area, patterned growth and engineering the electronic structure of MoS2 thin films under ion irradiation for high-performance Gas Sensor and TFTs device applications Research Project › Physical Sciences Smart Transient Smart Transient Electronics for Sensor Applications with Electronic Waste Predetermined Device Lifetime Research Project › Engineering Sciences Development of Development of 2 Dimensional MXene Inks for Printable Electronic Devices Towards Flexible Energy storage and Wearable sensor Applications Research Project › Physical Sciences NANOHELIC: Functionally NANOHELIC: Functionally Adaptive Helical Nanographenoids for Enantioselective Electronic and Photonic Applications Research Project › Chemical Sciences MXenes (Ti3AlC2) MXenes (Ti3AlC2) assisted 2D material wearable electronic sensor for monitoring the motor symptoms of Parkinson’s disease Research Project › Engineering Sciences
Controlling the mott insulating states by Dc current

Section: Physical Sciences (Research Project)
Related: Design of Design of Mott Multiferroic materials by tuning quantum correlation effects Research Project › Physical Sciences SOCCER : SOCCER : Sophisticated Optimised DC-DC Converter for Charging Electric Vehicle Using Reliable GAN devices and Planar Magnetics. Research Project › Engineering Sciences Design and Design and Development of High-Performance Reconfigurable Bidirectional DC-DC Converter with Advanced Modulation Strategy for Wide Load and Voltage Range Applications Research Project › Engineering Sciences Opto-Magnetic Devices Opto-Magnetic Devices Based on Ultrafast Spin Current/ Hot Electron Transport Research Project › Mathematical Sciences Harnessing orbital Harnessing orbital current in transition metals for efficient manipulation of nanomagnets Research Project › Engineering Sciences
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