Quantum Physics & Devices︱Research Theme︱PolyU AP

Quantum Physics & Devices

This research theme studies exceptional quantum properties of 2D materials and related van-der-Waals heterostructures and their applications. It focuses on quantum nanostructures, spintronics, magnetic semiconductor heterostructures, 2D electron gases, non-linear Hall effect, and 2D ferroelectrics.

An L10LC thyroid scan compared to a traditional lower frequency transducer

Research Members

Name	Research Interest
Prof. Kian Ping LOH	Quantum 2D materials, spin-optoelectronics of 2D organic-inorganic hybrid perovskites, 2D covalent organic framework in catalysis and energy, catalysis for CO2 reduction
Prof. Jiyan DAI	Spin field effect transistor, heterostructural 2D electron gas, polar oxide sensors
Dr. Dennis C.W. Leung	Magnetism and spintronics, nanopatterning techniques
Dr. Kathy K. LENG	Multiferroic materials and devices, 2D strongly correlated quantum phenomena, heterostructures based on 2D oxide thin films, oxide molecular beam epitaxy (Oxide-MBE), scanning tunneling microscopy (STM), transmission electron microscopy (TEM)
Dr. Dianxiang JI	2D strongly correlated quantum states, Heterostructures of transition metal oxide thin films and 2D materials
Dr. Teng MA	Chemical vapor deposition growth of 2D materials and their heterostructures, 2D ferroelectrics and devices, Non-linear Hall effect of 2D materials