The group focuses on solving key intellectual and practical problems in quantum systems, materials
properties, biomedicine, energy and environmental care. This entails major research activities in novel
superconductors, quantum magnetism and strongly correlated electron systems, quantum information
processing, liquids and amorphous materials, phase transitions, optical organic materials and
nanostructures/devices and biological physics, many of which are strongly linked with advanced
computational modelling.
Our research is strongly positioned internationally with several worldleading
groups using equipment based both in-house and at central facilities for neutron- and X-ray
scattering and cutting edge computational materials modelling embracing geophysics, nanoscience,
scanning probe microscopy, quantum information processing and biological physics.
We lead a number
of inter-institutional and/or inter-disciplinary collaborations, for example the LCN, the Materials
Simulation Laboratory (MSL) and the London-wide Thomas Young Centre for Theory and Simulation
of Materials.
We have published ~700 refereed papers (>10% Nature group, Science and PRL),
participated in ~100 international collaborations, hosted 14 senior international visitors and delivered
461 talks at major international conferences
Materials Modelling: Novel Techniques &Applications
|
Quantum Information in Condensed Matter
|
Quantum-, Strongly Correlated- and Nano-magnets |
Nanoscale Imaging |
|
|
|
|
|
Biophysics
|
Organic and Molecular Electronics
|
Liquids and Disordered Materials
|
Novel Superconductors
|
|
|
|
|
|
|
 |