Quantum criticality

Thanks to unique capabilities for ultra-low temperature thermodynamic and transport measurements, NMR and muon spin relaxation spectroscopy across a large range of magnetic fields, we are ideally placed to study the properties of low temperature quantum critical points. These will be supported by study of relevant quantum critical field theories. Typical systems include intermetallic compounds as well as low-dimensional quantum magnets based on transition metal oxides and supramolecular organic heterostructures.