| Name |
Research Areas |
Keywords |
| Dr R Alan Aitken |
Synthesis |
synthetic chemistry, asymmetric synthesis, flash vacuum pyrolysis,
heterocyclic chemistry, electronic materials, organophosphorus
chemistry |
| Dr Sharon Ashbrook |
Chemical Physics, Materials |
multinuclear solid-state nuclear magnetic resonance (NMR),
method development, ab initio calculations, minerals, framework
materials |
| Dr Christopher J Baddelely |
Chemical Physics |
surface science, heterogeneous catalysis, surface chirality,
scanning probe microscopy, alloys, nanoparticles, medium energy
ion scattering |
| Dr Richard T Baker |
Materials |
fuel cells, solid state electrochemistry, functional materials,
heterogeneous catalysis, electron microscopy, Electro-Active
Polymers |
| Dr Bela Bode |
Chemistry/Biology Interface, Chemical Physics |
Pulsed and Continuous Wave EPR Spectroscopy, Hyperpolarisation Techniques (CIDNP and DNP) |
| Dr Catherine H Botting |
Chemistry/Biology Interface |
mass spectrometry of biological molecules with an emphasis
on proteomics |
| Prof. Peter G Bruce FRS |
Materials |
chemistry, solid state chemistry, electrochemistry, solid
state ionics, solid ionic conductors, intercalation compounds
polymer electrolytes, synthesis' structure determination |
| Prof. Manfred Buck |
Chemical Physics |
ultrathin organic films, self-assembled monolayers (SAM),
buried interfaces, electrochemistry, scanning probe microscopy,
nonlinear laser spectroscopy |
| Professor Michael Bühl |
Chemical Physics |
computational chemistry, transition-metal complexes, homogeneous
catalysis, NMR properties, first-principles molecular dynamics
simulations |
| Dr Catherine SJ Cazin |
Synthesis |
Homogeneous catalysis, organometallic
chemistry |
| Dr Matt L Clarke |
Synthesis |
homogeneous catalysis, asymmetric synthesis, synthetic methodology,
organometallic and co-ordination chemistry |
| Prof. David J Cole-Hamilton |
Synthesis |
applications of organometallic compounds in homogeneous catalysis
and materials science |
| Dr Joe A Crayston |
Synthesis |
electrochemistry, modified electrodes, electrocatalysis, solar
energy conversion, coordination compounds, conducting polymers,
redox polymers |
| Dr Changjiang Dong |
Chemistry/Biology Interface |
Chemical and membrane biology, structure and function of membrane
protein and membrane protein complex, infection and cancer,
structure-based drug design, drug synthesis by novel enzymes. |
| Dr Gordon Florence |
Chemistry/Biology Interface, Synthesis |
organic synthesis; bioactive natural products and structural
analogues; new methods and strategies for asymmetric stereocontrol |
| Dr Herbert Früchtl |
Chemical Physics |
computational chemistry |
| Dr Christopher Glidewell |
Synthesis |
|
| Dr Georg Haehner |
Chemical Physics, Materials |
functional organic films, liquid solid interactions, protein
adsorption, scanning probe techniques, photoelectron spectroscopy |
| Prof. John T S Irvine |
Materials |
energy, sustainability, fuel cells, SOFC, hydrogen, renewable
fuels, solid state chemistry, electrochemistry, ceramics, materials
|
| Prof. Paul Kamer |
Synthesis |
homogeneous catalysis, organometallic chemistry, ligand design,
phosphorus chemistry, transition metalloenzymes |
| Dr Euan Kay |
Synthesis |
supramolecular chemistry, nanochemistry, self assembly, functional molecules and artificial molecular machines |
| Dr Petr Kilian |
Synthesis |
synthesis, organo-phosphorus and organo-pnictide chemistry,
sterically hindered molecules, heteroatom centred radicals and
biradicaloids |
| Dr Tomas Lebl |
Synthesis |
solution state nuclear magnetic resonance spectroscopy of
small molecules |
| Prof. Philip Lightfoot |
Materials |
solid state chemistry, functional inorganic materials, crystallography,
structure-property relationships, ferroelectrics, X-ray and
neutron diffraction |
| Dr John Mitchell |
Chemistry/Biology Interface |
structural bioinformatics, enzyme reaction mechanisms, chemoinformatics, solubility, machine learning, computational toxicology |
| Prof. Russell E Morris |
Materials, Synthesis |
synthesis, characterisation and application of porous materials,
zeolites, metal organic frameworks, ionic liquids, medical applications |
| Dr Finlay D Morrison |
Materials |
electroceramics, solid state chemistry, functional oxides,
ferroelectrics, thin films, dielectric properties, nano-structured
oxides |
| Prof. James H Naismith |
Chemistry/Biology Interface |
protein chemistry, enzyme mechanism, natural product biosynthesis,
drug resistant bacteria, crystallography |
| Dr Wigen Nazarov |
Materials |
Very low density foams using photo-initiated monomers. Low density polymeric foam films, carbonized foam systems, foams containing high percentage of homogeneously dispersed high Z elements and metallic foams. |
| Prof. Steven P Nolan |
Synthesis |
organometallic chemistry and homogeneous catalysis |
| Prof. David O'Hagan |
Chemistry/Biology Interface, Synthesis |
organic chemistry, organo-fluorine chemistry, biological chemistry,
natural products, biotransformations, enzyme mechanism, biosynthesis |
| Prof. Douglas Philp |
Synthesis |
replication processes, molecular recognition, computational
chemistry, physical organic chemistry, catalysis and autocatalysis |
| Prof. Neville V Richardson |
Chemical Physics |
molecular adsorption on metal and semiconductor surfaces,
chirality at surfaces, self-assembly and surface functionalisation |
| Dr Renald Schaub |
Chemical Physics |
surface science, heterogeneous catalysis, scanning probe microscopy,
mass spectrometry, model systems, metal-oxides, non-scalable
size range |
| Prof. Alex MZ Slawin |
Chemical Physics, Synthesis |
chemical crystallography, structure solution and structure
activity relationships, automation of crystallography |
| Dr Iain A Smellie |
Synthesis |
Heterocyclic Carbohydrates; Nitrile Oxides; Pseudodisaccharides; Glycosylation methods |
| Dr Andrew D Smith |
Synthesis |
organic synthesis, asymmetric synthesis, organocatalysis,
natural product synthesis |
| Dr Terry Smith |
Chemistry/Biology Interface |
molecular parasitology, phosholipid metabolism, glycosyltransferases,
mass spectrometry and carbohydrate chemistry |
| Dr Tanja van Mourik |
Chemical Physics |
ab initio quantum chemistry, conformation of biological molecules,
spectroscopic properties (IR and NMR), methods and basis sets |
| Prof. John C Walton |
Synthesis |
organic synthetic methods, free-radical chemistry, EPR spectroscopy |
| Dr Nicholas J Westwood |
Chemistry/Biology Interface, Synthesis |
synthetic chemistry, natural products. chemical
genetics, interdisciplinary research, diversity-oriented synthesis |
| Prof. J Derek Woollins |
Synthesis |
synthesis, p- block chemistry, sulfur, selenium, P-S, P-Se
rings and cages. S-N, Se-N, M-S-N and M-Se-N chemistry |
| Dr Philip Wormald |
Chemical Physics, Materials |
development of 19F solid-state NMR techniques for
fluorinated polymers, organic and inorganic fluorides and the
analysis of dynamic processes and NMR parameters using sparse
matrices |
| Dr Paul Wright |
Materials |
microporous and mesoporous solids, organic-inorganic hybrids
and zeolites, structural studies, adsorption and catalysis |
| Dr Wuzong Zhou |
Chemical Physics, Materials |
solid state structural chemistry, inorganic materials, nanomaterials
and electron microscopy |