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Research Areas
Click the links below to find out more about the different groups involved in quantum research at Oxford
Devices and Hardware
Department of Materials
Photonic Nanomaterials
Spin Defects in 2D Materials
Physics: Quantum Technology
Atomic-Photonic Quantum Devices
Ion-trap Quantum Devices
Photonic Quantum Devices
Spintronics
Superconducting Quantum Devices
Engineering Science
Fabrication for Quantum Technologies
Quantum Communications
Quantum Device Control
Sensing and Measurement
Chemistry: Photonics and Sensing
Magnetic Sensing and Spin Correlation
Microcavity Chemical Sensing
Molecular Switches and Sensors
Quantitative Molecular Sensing
Spin Chemistry, CAESAR EPR Facility
Physics: Sensing and Measurement
Quantum Technologies for Fundamental Physics
Information Processing
Biochemistry
Biochemistry: Computational Molecular Biology
Chemistry
Quantum Simulations for Chemical Applications
Computer Science
Computer Science: Research
Quantum Causal Modelling
Quantum Computing and Programming Languages
Quantum Natural Language Processing
Information Processing: Materials
Quantum Technology Theory
Physics: Quantum Networks
Climate Modelling
Quantum Information Processing
Quantum Systems Engineering
Quit Programming Protocols
Statistics
Statistics: Computational Molecular Biology
Quantum Computing
Applied Quantum Computing
Quantum Science
Chemistry: Modelling Quantum Systems
Electronic Structure of Biomimetic Materials
Electronic Structure of Molecules and Solids
Machine Learning Approaches to Materials Modelling
Quantum Magnetoreception
Quantum processes in macromolecular systems
Strongly Correlated Systems
Chemistry: Quantum Dynamics and Controlling Quantum Systems
Electronic Structure of Biomimetic Materials
Electronic Structure of Molecules and Solids
Machine Learning Approaches to Materials Modelling
Quantum Magnetoreception
Quantum processes in macromolecular systems
Strongly Correlated Systems
Chemistry: Quantum Materials
New Materials: multiferroics, magnetic materials
New Materials: superconductors, magnetic materials
Single Molecule Charge Transport
Structure and Disorder in Functional Materials
Mathematics
Quantum Chaos, quantum systems, random matrix theory
Secure Quantum Communication and Computation
Studies of Randomness
Physics: Quantum Matter Theory
Measurement-induced Quantum Steering
Quantum Chaos
Quantum Many-body Localisation
Quantum Spin Chains
Topological Quantum Matter
Witnessed Quantum Measurement
Physics: Quantum Materials
Applied Superconductivity
Condensed Matter Theory
Correlated Electron Systems
Electronic Structures and Photoemission Spectroscopy
Macroscopic Quantum Matter
Materials Discovery and Growth
Muons and Magnets
Oxide Electronics
Quantum Magnetism and Quantum Phase Transitions
Quantum Matter in High Magnetic Fields
Quantum Spin Dynamics
Spintronics
X-Ray and Neutron Scattering
