Placeholder title: atomic-scale imaging of correlated states in a moiré heterostructure
Journal Name 12 100–110 (2026)
01
About
I am an experimental condensed matter physicist. I build and use scanning probe microscopes — scanning tunnelling microscopy (STM) and scanning single-electron transistors (SET) — to look directly at how electrons organize themselves in two-dimensional materials and quantum devices.
This is placeholder text. Replace it with a short biography: your current position, where you trained, and the questions that drive your work. Two or three short paragraphs work best.
Before my current position I was a postdoctoral researcher at Institution A, and I received my PhD from University B.
- 01 Correlated electrons in moiré materials Imaging how interactions reshape electronic states when two atomic layers are stacked with a small twist.
- 02 Local probes of quantum devices Using scanning single-electron transistors to watch charge move inside working nanoscale devices.
- 03 New scanning probe instrumentation Building next-generation microscopes that combine atomic resolution with new sensing modalities.
Placeholder title: local charge sensing of a gate-defined quantum dot in bilayer graphene
Another Journal 7 045001 (2025)
Placeholder title: tunnelling spectroscopy of twisted α-RuCl3 / graphene devices
Journal of Examples 3 1–9 (2023)
- New website launched
- Placeholder: invited talk at an international conference
- Placeholder: our paper on moiré correlated states is out