Profiles

Research expertise

• Coupling of quantum emitters to nano-photonics structures
• Development of on-chip platforms for enhanced light-matter and light-light interactions
• Non-classical light sources and quantum memories based on mesoscopic ensembles of quantum emitters
• Frozen light, dark-state polaritons, and all-optical switching at extremely low light levels

Research expertise

• Spin qubits
• Semiconductor quantum dots
• Quantum transport
• Low temperature physics
• Magnetic resonance
• Experimental quantum information processing and quantum control
• Quantum light sources
• Quantum materials

Research expertise

• Classical complexity theory
• Quantum complexity theory

Research expertise

• Coupling spins and nanomechanical oscillators
• Nanometer scale magnetic resonance imaging
• Exploring nanometer scale quantum phenomena in condensed matter systems

Research expertise

• Quantum information theory
• Structure of quantum algorithms
• Quantum communication complexity theory

Research expertise

• Magnetic resonance and its applications
• Spin-based quantum information processors
• Quantum complexity
• Neutron interferometry

Research expertise

• Error diagnosis and suppression
• Validation of circuit performance in quantum computers
• Foundations of quantum theory 

Research expertise

• Quantum algorithms
• Classical simulation of quantum computation
• Computational complexity of quantum many-body systems

Research Expertise

• Experimental and theoretical physics
• Cavity optomechanics
• Superconducting circuits
• Quantum information
• Nanomechanics

• Research expertise

• Ultracold atoms and molecules
• Quantum chemistry
• Quantum information
• Precision measurements and quantum-enhanced metrology

• Email: thomas.jennewein@uwaterloo.ca
• Office: QNC 3317
• Office Phone: 519-888-4567 ext. 37485
• https://uwaterloo.ca/institute-for-quantum-computing/qeyssat
• http://research.iqc.uwaterloo.ca/qpl/
• Admin Support: Amber Wang

All office related emails should be sent to: jennewein.office@uwaterloo.ca.
All confidential emails should be sent to: thomas.jennewein@uwaterloo.ca.

Research expertise

• Large-scale solid-state quantum simulators and computers for quantum information processing and communications
• Multi-functional solid-state molecular devices and systems for the post-Si era
• Development of multi-disciplinary enabling technologies and materials for integrated quantum and molecular circuits and systems
• Quantum artificial intelligence and quantum security

Research expertise

• Quantum control
• Quantum error correction for quantum computing and cryptography
• Nuclear Magnetic Resonance (NMR)
• Quantum Information Processing

Research expertise

• Quantum cryptography
• Quantum communications
• Measurement-based quantum computation
• Fault-tolerant quantum computation and error correction

Research expertise

• Superconducting flux qubits for quantum information
• Quantum sensing with superconducting devices
• Quantum annealing
• Strong light matter interaction in superconducting circuits
• Relativistic quantum information with superconducting circuits

Research expertise

• The theory of practical quantum key distribution systems
• Methods and tools for entanglement verification
• Linear optic quantum logic operation and measurement implementation
• Quantum state detection and estimation theory

Research expertise

• Quantum Computing

• Quantum Error Correction

• Digital Quantum Emulations

• Superconducting Quantum Circuits

Research expertise

• Spiontronics (integrating iontronics with spintronics)
• Neural networks and compute in memory (novel memristors and CMOS integration)
• Topologically protected low-dimensional spin system (doped Bi/Se/Te system)
• Spin memory and logic devices (magnetoresistance and multiferroics based)

Research expertise

• Quantum-safe cryptography
• Quantum algorithms and complexity
• Methods for mapping quantum circuits to realistic architectures

Research expertise

• Quantum networks
• Quantum sensing
• Quantum simulations
• High-energy physics simulation with quantum computers

Research expertise

• Quantum computation and quantum information
• Computational complexity
• Design and analysis of algorithms

Dmitry Pushin has formal training in experimental neutron physics and interferometry, quantum information, and condensed matter physics.

Research expertise

• Experimental quantum many-body physics
• Quantum computation with trapped ions
• Use of holography and high resolution microscopy to manipulate many-body systems

Research expertise

• Semiconductor nanowire quantum light sources
• Hybrid nanowire quantum state converter
• Quantum memories
• Integrated quantum photonic circuits
• Highly efficient quantum detectors

Research expertise

• Experimental quantum communication and computation
• Optical sources of entanglement
• Measurement and quantum state tomography
• Quantum interference
• Nonlinear optics

Research expertise

• Clifford circuits
• Low-depth circuits (classical and quantum)
• Classical simulation of quantum circuits

Research expertise

• Manipulation of quantum systems with trapped ions
• Quantum computation with trapped ions
• Phases and dynamics of interacting spin systems

Research expertise

• Lie theory and algebraic combinatorics
• Representation theory in quantum information
• Non-local games
• Geometry of entanglement

Research expertise

• Quantum Shannon Theory
• Quantum Networks
• Mathematical Physics
• Physics of Information

Research expertise

• Structural, optical, and electronic properties of low-dimensional, quantum materials
• Novel microscopy techniques and characterization
• Manipulation and fabrication of nanoscale electronic devices

Research expertise

• Microwave quantum optics
• Quantum memories and interfaces
• Circuit quantum electrodynamics
• Nonlinear dynamics

•  Email: jyard@uwaterloo.ca
• Office: QNC 3126
• Office Phone: 519-888-4567 ext. 30229
• Admin Support: Chin Lee