Q:TEMP – Quantum Transport, Engineering, Measurement, and Physics

Develop quantum-material-compatible processing and device fabrication techniques. Imagine working with material just a few atoms thick! It is incredibly delicate and prone to damage. We are pioneering novel processing methods that enable further experimentation and reliable device fabrication. 

Explore emerging nanomaterial systems. Since the Nobel Prize-winning discovery of two-dimensional graphene, tremendous progress has been made. Today, there are several thousand low-dimensional nanomaterial systems, including 2D transition metal dichalcogenides, 2D liquid metal oxides, and even single molecules. This presents an exciting opportunity to uncover new physics and advance scientific understanding with the potential for impactful technological applications.

Construct next-generation devices based on quantum materials. Our group focuses on applications in quantum information processing, quantum sensing, sustainable nano- and opto-electronics, and biosensing. These next-generation devices have the potential to enable disruptive technologies across a wide range of industries.