We seek a passionate research scientist to work on the development of novel ultrathin liquid metal oxides for applications in two-dimensional material heterostructure nano-electronics. This project aims to develop scalable techniques to create atomically smooth dielectric interfaces with 2D semiconductors to enable next-generation devices.

Job Description:

·         Synthesize and characterize novel liquid metal based ultrathin 2D oxides.

·         Design, fabricate, and measure electronic and quantum devices using 2D materials, such as field effect transistors, tunnelling transistors, and gate-defined quantum dots.

·         Establish fabrication recipes and material processing capabilities within the research group.

·         Automate measurements and analyze data.

·         File technology disclosures and technical documentation.

·         Prepare manuscripts for publication.

Job Requirements:

·         PhD in Material Science, Chemistry, Physics/Applied Physics, Electrical Engineering or related fields.

·         Preferably with at least 4 years of research experience.

·         Experimental expertise with liquid metal oxides or two-dimensional materials or related processes.

·         Experimental expertise with nanofabrication techniques such as lithography, thin film deposition, plasma etching and 2D material processing.

·         Experimental expertise with optical and electrical characterization of semiconductor devices.

·         Experience with software programming (Labview and/or Python).

·         Able to independently plan and execute research.

·         Excellent oral and written communication skills.

·         Strong collaborative spirit and teamwork.