Our people
Around 250 people work in the Department of Chemistry.
Find contact details and explore who does what.
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Research interests:
- Chemical and Structural Biology
- Digital chemistry
Research interests:
Chemical and Structural Biology
Research interests:
Functional redox-active organic molecules and 3D π-conjugated systems
- Electronic structure, spin states and aromaticity
- (Spectro)electrochemistry and photospectroscopy
- Supramolecular and coordination assembly
- Organic chiroptical-electronic devices
Dr Nat Baranska
Research interests:
- Bioelectrochemistry of redox-active (metallo) proteins
- Protein immobilisation for sensing and catalytic applications
- Chemical biology tools for protein modification
- Molecular biology and gene editing
Dr Pavol Bardy
Research interests:
- Cryo-electron microscopy and tomography
- Structural virology
Research interests:
- Liquid crystals
- Complex liquids
- Molecular materials
- Computer simulation
- Computational chemistry
Professor Peter Bernath
Research interests:
Spectroscopic characterisation of unusual chemical species
Research interests:
- Chemical and Structural Biology
- Technologies for chemical measurement
Research interests:
- Computational structural biology
- Software for automated structure solution
Research interests:
- Liquid crystals
- Ionic liquids
- Metallomesogens
- Emissive liquid crystals
- Halogen bonding
Research interests:
- Structural and molecular endocrinology
- Signalling of insulin family of hormones
Research interests:
- Green and sustainable chemistry
- Molecular materials
- Catalysis for a cleaner future
- Digital Chemistry
Research interests:
- Atmospheric chemistry
- Aerosol
- Biomass burning
- Atmospheric microplastic
Research interests:
Atmospheric chemistry
- Technologies for chemical measurement
Research interests:
- Biogeochemistry
- Environmental Analytical Chemistry
Research interests:
- Functional nanoparticles
- Supramolecular chemistry
- Free radicals
- Physical organic chemistry
- EPR spectroscopy
Research interests:
- Laser spectroscopy
- Multiphoton ionisation
- ZEKE spectroscopy
- Weak interactions
- Electronic structure
- Computational chemistry
Research interests:
Chemical and Structural Biology
- Digital chemistry
Research interests:
- Chemical and Structural Biology
- Catalysis for a cleaner future
Research interests:
Technologies for chemical measurement
- Digital chemistry
Research interests:
- Atmospheric chemistry
- Photochemistry
- Chemical kinetics
- Indoor air science
- Green chemistry
Research interests:
Methods for X-ray structure determination
Research interests:
- Renewable energy driven chemistry
- Materials
- (Photo)catalysis
Research interests:
- Catalysis for a cleaner future
- Technologies for chemical measurement
- Sustainable synthesis
Research interests:
Green Chemistry
- Waste Valorisation
- Circular Economy
- Education and Outreach
Research interests:
Bioinorganic chemistry
- Artificial metalloenzymes
- Biomimetic photocatalysis
- Siderophores
- Metals in medicine
- Catalysis for a Cleaner Future
- Chemical and Structural Biology
Research interests:
- Atmospheric chemistry
- Digital chemistry
- Technologies for chemical measurement
Dr Odile Eisenstein
Research interests:
Investigation of catalytic reaction mechanisms using computational methods
Research interests:
- Atmospheric chemistry
- Digital chemistry
Research interests:
- Catalysis for a cleaner future
- Digital Chemistry
- Technologies for chemical measurement
- Sustainable synthesis
Research interests:
- Chemical glycobiology and glycomedicine
- Synthetic carbohydrate chemistry
C/D133
Research interests:
- Metal Complexes
- Antibiotics
- Machine Learning
- Automation
- Medicinal Chemistry
Research interests:
Catalysis, Nanomaterials, Dynamic In-situ Environmental (Scanning) Transmission Electron Microscopy Developments for visualising and analysing gas molecule-catalyst reactions at the single atom level.
Research interests:
Free radicals in chemical, biochemical and industrial processes: EPR spectroscopy, detection and reaction mechanisms
Research interests:
Liquid Crystals and Advanced Organic Materials
Research interests:
- Chemical and Structural Biology
- Sustainable synthesis
- Catalysis for a cleaner future
Research interests:
- Technologies for chemical measurement
- Digital chemistry
- Catalysis for a cleaner future
Research interests:
- Atmospheric chemistry
- Digital chemistry
- Technologies for chemical measurement
Research interests:
Fragment and structure-based discovery
Research interests:
- Technologies for chemical measurement
- Chemical and Structural Biology
Research interests:
Green Chemistry Education
Research interests:
Digital chemistry
Research interests:
Atmospheric chemistry
Research interests:
- Machine learning
- Electronic structure theory
- Digital chemistry education
- Photoemission spectroscopy
- Spin dynamics
Research interests:
Atmospheric chemistry
- Technologies for chemical measurement
Professor Gareth Lloyd Jones
Research interests:
Business Management and Development
Research interests:
- Technologies for chemical measurement
- Sustainable synthesis
- Catalysis for a cleaner future
Research interests:
- Molecular materials
- Digital chemistry
- Catalysis for a cleaner future
Research interests:
Spectroscopy and photochemistry in solution
Research interests:
- Technologies for chemical measurement
- Chemical and Structural Biology
Research interests:
- Mechanistic studies of protein primed replication
- Chemoenzymatic synthesis of hybrid macromolecules
- Enzyme engineering for nanomachine assembly
- Peptide-oligonucleotide conjugate synthesis
Research interests:
- Sustainable synthesis
- Catalysis for a cleaner future
- Chemical and Structural Biology
.JPG)
Research interests:
- Chemical and Structural Biology
- Technologies for chemical measurement
- Catalysis for a cleaner future
Research interests:
Organic Chemistry Education
Research interests:
- Technologies for chemical measurement
- Chemical and Structural Biology
Research interests:
Organometallic Photochemistry, Small Molecule Activation, Catalysis and Solar Fuels
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Research interests:
Atmospheric Chemistry
Research interests:
Atmospheric chemistry
- Digital chemistry
- Technologies for chemical measurement
Research interests:
- Sustainable synthesis
- Catalysis for a cleaner future
Research interests:
Chemistry Education
- Social Justice in STEM
- Inclusive STEM Education
Research interests:
Nuclear Magnetic Resonance Spectroscopy
C/F/109
Research interests:
- Green Chemistry
- Organic Chemistry
- Chemical Biology
Research interests:
- Structural Enzymology
- Biocatalysis and protein engineering
- Catalysis for cleaner future
Dr James Sherwood
Research interests:
- Sustainable chemistry
- Solvents
- Bio-based products
- Sustainability assessment
Research interests:
- Chemical and Structural Biology
- Molecular materials
Research interests:
- Catalysis for a cleaner future
- Ionic liquids and deep eutectic solvents
- Organometallic chemistry
- Reaction mechanisms
- Computational chemistry
Research interests:
- Supramolecular chemistry
- Soft matter
- Gels
- Self-Assembly
- Molecular materials
Research interests:
Green and Sustainable Synthesis
- Solvents
Research interests:
Chemical and Structural Biology
Research interests:
The total synthesis of compounds of biological importance: design and development of new synthetic methods
Research interests:
Biological Mass Spectrometry
Research interests:
- Sustainable synthesis
- Catalysis for a cleaner future
- Rearrangement reactions
- Macrocycle synthesis
- Biocatalysis
Professor David Waddington
Research interests:
- Bioinorganic chemistry
- Copper oxygenases
- Spectroscopy
Research interests:
- Electron diffraction
- Chemical dynamics
- Photophysics
- Computational chemistry
- Chemical education
Research interests:
- Catalysis for a cleaner future
- Sustainable synthesis
- Molecular materials
Research interests:
Chemical and Structural Biology
Research interests:
- Catalysis for a cleaner future
- Sustainable synthesis
Research interests:
Chemical and Structural Biology
