Centre for the Science of Materials

Research areas

A visual representation of magnetism and superconductivity.

Magnetism and superconductivity

A visual representation of two-dimensional and topological materials

Two-dimensional and topological materials

A visual representation of energy-related and catalytic materials

Energy-related and catalytic materials

A visual representation of neuromorphic devices for computing. It shows a sideview of a human face containing electronic nodes, networks and code.

Neuromorphic devices for computing

A visual representation of classical and quantum metamaterials

Classical and quantum metamaterials

Learn more about our research

Members

Associate members

Capabilities

Photolithography
Ion milling
Various thin film deposition techniques including RF, magnetron PVD and evaporation
Nanofabrication cluster (integrated thermal lithography, PVD, e-beam evaporation and scanning probe microscopy)
2D heterostructure assembly stage
X-ray diffraction for bulk and thin film samples, Grazing incidence X-ray diffraction and X-ray reflectivity
CFMS equipped for magnetometry, electric and thermal transport measurements for temperature range of 2-300 K and bipolar magnetic field up to 9 T
3He insert for CFMS to extend temperature range to 0.3 – 2K electric transport measurements
Ferromagnetic resonance (VNA-FMR)
AC and DC Hall measurements at various applied magnetic field and temperatures
AFM
lMOKE