Date: 17-19 April 2016 (arrival at 12:00 on Sunday afternoon)
Venue and Accommodation: Old Thorns Manor Hotel, Longmoor Rd, Griggs Green, Liphook, Hampshire GU30 7PE. For directions see here. All accommodation and meals are prepaid and covered by SEPnet. Reasonable travel expenses will be covered by SEPnet and can be claimed through your GRADnet Administrator at your institution.
No two researchers would ever completely agree on the definition of a strongly correlated system; however they may very roughly be described as materials where the correlations between electrons induced by interactions make the behaviour of the material `interesting’.
This interactive two-and-a-half day residential workshop is designed for PhD students who would benefit from learning more about this subject. The course will consist of three short lecture courses of three lectures each, covering both the theoretical concepts necessary to understand strongly correlated systems, as well as how one would probe them experimentally. The course will be self-contained, assuming only a knowledge of quantum mechanics and undergraduate level solid state physics. It should therefore be beneficial to students working on both theoretical and/or experimental projects.
In addition to the lectures, the workshop will have tutorials with question sheets relating to the lectures, which is also an opportunity to ask many questions and continue further discussions with all of the lecturers. There will also be a poster session, some evening seminars, and a skills session focussing on scientific communication.
For any more information, please contact Sam Carr (firstname.lastname@example.org).
1. The unstable Fermi Gas — Jorge Quintanilla (Kent)
This course will introduce the concepts and formalism central to many body physics, covering topics such as second quantisation, the Fermi liquid, mean field theories, and correlations.
2. Non-Fermi liquids — Anna Posazhennikova (RHUL)
This course will continue on from the first, and demonstrate some of the fascinating states that may occur when Fermi-liquid theory breaks down but without forming an ordered state; examples include the Kondo-effect, quantum criticality, and heavy Fermion materials.
3. Probes of Condensed Matter — Silvia Ramos (Kent)
This course will cover a few of the common techniques used to experimentally probe condensed matter systems; and show how these techniques reveal the correlations and other theoretical aspects discussed in the other two courses.
This workshop contributes 10 hours towards physics skills training.
The full agenda is here: 2016 GRADnet Strongly Correlated Workshop Timetable