Quantum transport

We investigate electron interaction effects, and quantum interference effects, in ultra-clean carbon nanotubes with precisely-known chiral structure

Carbon nanotube devices

Fabrication of nanodevices

Scanning electron micrograph of a carbon nanotube (white filament) connecting metal electrodes (shaded yellow)

Scanning Photocurrent Microscopy Experiment

Scanning Photocurrent Microscopy

Quantifying the performance of optoelectronic devices made from quantum materials

Carbon-based photovoltaics

Carbon nanostructures have remarkable properties for harvesting sunlight

Nanoelectronics interfaced with biology

Carbon nanotubes and graphene are exceptionally strong, flexible, stable and sensitive electronic materials that can be intimately interfaced with biological systems