Department of Chemistry, Stanford University
We provide high quality cm size single crystal monolayer
Pump probe laser spectroscopy
Low dimensional materials and the unique structures built from them has a variety of new exotic properties beyond traditional materials. We hope to produce low dimensional materials and their artificial structures in a sizable and controllable way. Our ultimate goal is to use these materials to provide novel platforms for next-generation information processing, light processing, and quantum devices. In order to do that, we need to unravel their static and dynamical electronic, magnetic and photonic properties, using the cutting edge characterization techniques including optical and photoemission spectroscopy. We are an experimental material / physical chemistry group. Welcome to join us!
What we do or plan to do
We aim to probe dynamics in artificial structures constructed from low dimensional materials with time, energy, and momentum information from various pump probe techniques.
We aim to develop high throughput methods to create monolayer single crystal artificial structures, which will enable novel photonic, magnetic, or electronic properties along the edge states or heterostructures.