Are you a highly motivated student in your final year? Take a look at the PhD projects in the group offered at the School of Physics and Astronomy in St. Andrews. You will be working in brand new ultra-low vibration laboratories, which are unique in the UK, on custom-built cutting-edge scanning probe microscopes.
There is a range of possibilities for joining us as a PhD student, via the doctoral training center in condensed matter physics, the doctoral training grant at the University of St Andrews and the Chinese Scholarship program.
For further information don’t hesitate to contact Peter Wahl (wahl[at]st-andrews.ac.uk).
We are recruiting and look for highly motivated postdoctoral researchers who are keen to do cutting edge research and work with multiple techniques. This position is within the collaborative programme grant TOPNES, for details please have a look at the Job advert AR1676ML (Research Fellow in Experimental Condensed Matter Physics).
In this position, as the successful applicant you will work with Peter Wahl and Phil King to study oxide surfaces and interfaces, specifically the electronic structure and low-density superconductivity in bulk and reduced-dimensional SrTiO3-based systems. The work will involve employing state-of-the-art equipment for scanning tunnelling microscopy and spectroscopy and angle-resolved photoemission spectroscopy in St Andrews, as well as working at international synchrotron light sources. In addition to using existing state-of-the-art spectroscopic probes, you will also work on integrating these with a new system for reactive-oxide molecular beam epitaxy for the study of atomic-scale SrTiO3-based designer heterostructures.
Education Secretary Angela Constance officially opened our new ultra-low vibration (ULV) labs on 21 May. The event was attended by over 100 colleagues and guests. See full details and images here.
The St Andrews ULV labs are the most advanced in the UK and one of just a handful worldwide. The labs are designed to provide an ultra-low vibration environment for the custom-built microscopes developed in the group. We can now continue imaging and study of individual atoms in advanced materials, including superconductors which conduct electricity without losses, and quantum materials for next generation technologies.