Research Area:
Strategic inference, stealth, privacy, information elicitation and nudging.
Associate Professor, Department of Systems and Control Engineering
Strategic inference, stealth, privacy, information elicitation and nudging.
Assistant Professor, Department of Physics
2D materials based tunable single photon sources and their integration with photonic integrated circuits; photon correlation measurements and the development of valleytronic qubits
Professor, Department of Electrical Engineering
Development of III-Nitride based high-power lasers for cooling and manipulation of trapped-ion/cold atoms
Professor, Department of Electrical Engineering
Spintronics, quantum physics of nano-devices, spin torques, spin based oscillators, noise, thermoelectric effects.
Assistant Professor, Department of Metallurgical Engineering & Materials Science
Superconducting spintronics, cryogenic memory devices, ferromagnetic josephson junctions, SIS junctions, UHV growth of multilayers of superconductors (Nb, NbN, NbTiN,Al, V etc.) and ferromagnets
Professor, Department of Electrical Engineering
Development of computational device modeling platforms for applications including topological, spin and valley qubits, Cooper-pair splitters and entanglers, and topological spintronics
Associate Professor, Department of Electrical Engineering
Neuromorphic computing (AI for edge devices) using spintronics, quantum machine learning and optimization.
Assistant Professor, Department of Physics
Study of quantum information dynamics in hybrid light-matter and many-body systems for application in quantum computing, communication and simulations
Assistant Professor, Department of Physics
Signature of topological properties in quantum transport. 2D van der Waals systems, topological insulators and semimetals, and correlated systems.
Professor, Department of Physics
Quantum transport, superconductivity, quantum hall systems
Associate Professor, Department of Electrical Engineering
Development of quantum sensors for imaging and metrology and hybrid quantum systems with nitrogen vacancy centers in diamond.
Professor, Department of Computer Science and Engineering
Theoretical and applied cryptography, including topics related to quantum cryptography and post-quantum cryptography
Associate Professor, Department of Chemistry
First principle perturbative and non-perturbative many-body theories, utilizing machine learning and quantum computing.
Associate Professor, Department of Physics
Physics of quantum technologies, specifically open system dynamics and control, applied to computation, simulation, metrology and thermal machines
Assistant Professor, Department of Physics
Design of quantum repeaters and network protocols for efficient long-range entanglement distribution. Development of adiabatic quantum computational algorithms and quantum annealing methods for optimization problems
Associate Professor, Department of Physics
Quantum phase transitions, dynamical phase transitions, topological phases of matter, non-equilibrium phenomena, de-coherence in open quantum systems
Professor, Department of Physics
Development of spin quantum computing hardware with electron spin qubits in Silicon and GaAs; Group-IV MBE.
Associate Professor, Department of Physics
Quantum magnetism, spin dynamics, topological systems, 2D materials, quantum Monte Carlo simulations.
Professor, Department of Electrical Engineering
Quantum bio-mimetic technologies. Avian compass and quantum biomimetic olfaction
Professor, Department of Electrical Engineering
CMOS technology, FINFET fabrication, memory devices and neuromorphic computing
