TOPO2D

We investigate the fundamental properties of topological states in two-dimensional (2D) materials—whether they arise naturally or are induced by external fields. Using state-of-the-art fabrication techniques and precision electronic transport measurements at low temperatures, we seek to understand the underlying physics and discover new ways to control these exotic phases of matter.

Our work is organized around two main research directions:

Quantum Hall effect in graphene

Quantum Hall effect in graphene

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Topological spin and valley currents

Topological spin and valley currents

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Fundings:

News

The pre-print of our latest article on anomalous gating in online!

June 2025


Our new paper on the crystal field generated in vand er Waals heterostructrues is out !

January 2025


Welcome Eric Anderson, new postdoc of Phynano!

October 2024