Schofield Research Group - Atomic Frontiers in Quantum Nanoscience

Nature Communications 15, 694 (2024)

Advanced Materials 2312282 (2024)

Advanced Science 10, 2302101 (2023)

J. Phys. Chem 127,16433 (2023)

Nano Letters 21, 5516 (2021)


Angewandte Chemie 62, e202213982 (2023)

Science Advances 9, eadf5997 (2023)

Advanced Electronic Materials 9, 2201212 (2023)

ACS Nano 14, 3316 (2020)

Nature Communications 4, 1649 (2013)

We specialise in the detailed investigation of atomic and nanoscale structures within semiconductors and two-dimensional materials. We utilise a range of cutting-edge surface analytical techniques in real and reciprocal space, coupled with simulation methods. Our aim is to unravel the complex behaviors and properties of these materials. This approach not only aids in understanding fundamental aspects of condensed matter physics but also paves the way for groundbreaking advancements in classical and quantum information processing. Through this work, we are defining new frontiers in the field of quantum nanotechnology, driving innovation at the edge of atomic-scale science.
Current PhD Opportunities
I welcome enquiries about the PhD opportunities listed below and am also happy to discuss additional funding options or research ideas. Please send me an email..
- A PhD Studentship in Atomic-Scale Quantum Science in Germanium for Scalable Quantum Technology, in collaboration with the Paul Scherrer Institute, Switzerland (Deadline: 13:00 (UK) 28 January 2025). Submit applications using project ID: 2531ac1470.
- A PhD Studentship in Fabrication and Measurement of Atomic-Scale Semiconductor Devices for Quantum Computing, in collaboration with A*STAR, Singapore (Deadline: 15 April 2025)