Address:
Quantum Materials Group,
Maxwell Centre,
Cavendish Laboratory,
JJ Thomson Avenue,
Cambridge,
CB3 0HE
Tel: 01223 337200
Quantum Materials Group,
Maxwell Centre,
Cavendish Laboratory,
JJ Thomson Avenue,
Cambridge,
CB3 0HE
Despite over a century of research to understand superconductivity, we are far from being able to predict …
The remarkable discovery of quantum oscillations in the normal ground state of the copper oxide …
A quantum magnet we studied is the brilliantly purple material BaCuSi2O6, which was originally…
The magnetic ground state of CeIn3 was long thought of to comprise localized f-electrons…
SmB6 is in the family of materials known as ‘Kondo Insulators’, where the strong interactions between the…
The material SrCu2(BO3)2 is a remarkable realization of the exactly solvable Shastry Sutherland …
An enduring theme in strongly correlated materials is the optimization of superconductivity in the vicinity of a…
Quantum oscillations have the powerful ability to uniquely identify the statistics of low energy excitations …
19 J J Thomson Avenue,
Cambridge,
CB3 0HE
