Research
Our research centres on scanning probe microscopy for the atomic-scale study of low-dimensional quantum materials, with a focus on emergent electronic, magnetic, and structural phenomena that underpin future quantum technologies.
Atomic-Scale Construction of Low-Dimensional Quantum Materials
We develop atomically precise strategies for realising low-dimensional quantum materials, targeting correlated electronic states and magnetism at the atomic scale.
- Atomically precise fabrication and manipulation of low-dimensional systems
- Correlated electronic and magnetic behaviour at the atomic scale
- Local probe studies of interfaces
Bond-Resolved Chemical Dynamics
We investigate atomic-scale chemical dynamics on surfaces, including bond formation, skeletal transformation, and defect evolution.
- Probing single-molecular reactions on surfaces
- Bond-selective manipulations
Data-Informed Scanning Probe Microscopy
We develop data-informed scanning probe microscopy approaches that combine experiment and computation at the atomic scale, enabling data-driven exploration of quantum materials.
- Data-informed operation at the atomic scale
- Computation-assisted interpretation of local probe measurements
