Quantum Materials Characterisation by Scanning Tunnelling Microscopy

Masters Project Description

In this project, you will use advanced microscopy techniques to study prospective materials for quantum computing chips at the atomic scale. Working with researchers as part of NQCP, the goal will be to characterise advanced materials, identify surface defects that lead to decoherence in real devices, and relate these to low temperature electrical performance. As a hands-on and experimental project, you will work with a Scanning Tunnelling Microscope (STM) under ultra-high vacuum, as well as gaining experience of additional tools including AFM and XRD.

Benefits for the Future Quantum Scientist

Hands-on experience with cutting-edge surface and materials characterisation techniques including STM.

Learn how to operate an advanced microscope in ultra-high vacuum conditions

Develop skills in measuring and analysing data using advanced methods

Contribute to the development of Quantum Processor Units (QPUs) by understanding their material properties at the nanoscale surface

Expected Qualifications:

Master student in Physics, Nanoscience, Quantum Information Science or related

Contacts:

Inco Planje, Postdoc, inco.planje@nbi.ku.dk
Team Characterization

Kasper Grove-Rasmussen, Associate Professor, k_grove@nbi.ku.dk Team Characterization

Jim Webb, Structural Characterization Lead, james.webb@nbi.ku.dk
Team Characterization

Gitte Michelsen, Student Coordinator, gittem@nbi.ku.dk

How to Apply:

Please apply by email to Inco Planje, Jim Webb, and Kasper Grove-Rasmussen. Your application must include:

Application letter

Transcript

NQCP