Schedule for the Nordita Winter School on
Condensed Matter Theory.
All lectures will be at Nordita, in room 132:028.
Slot 2: 11:30 - 12:30
Slot 3: 14:00 - 15:00
Slot 4: 15:30 - 16:30
WEEK I
WEEK II
Description of topics:
Georg Bruun:
The Physics of Ultracold Atomic Gases
Suggested literature:
Jean-Sébastien Caux:
A crash course on the Bethe Ansatz (mostly spin chains)
Typeset lecture notes are available from the organizers and lecturer.
Hans Hansson:
Luttinger and Fermi Liquids.
An updated version of the lecture notes:
Lecture notes
Paata Kakashvili:
Integrability in low-dimensional Bose and Fermi systems
Hartmut Löwen:
Theory of freezing and non-equilibrium dynamics
Slides.
Joel Moore:
Introduction to topological phases.
Slides.
Mikko Möttönen:
Ultra-cold bose gases and dilute Bose-Esintein condenstates.
Lecture notes are available from the organizers and lecturer.
Martin Oettel:
Inhomogeneous classical fluids: density functional theory of equilibrium structure and freezing
Yasser Roudi:
Statistical Physics of Disordered Systems
Joost Slingerland:
A glimpse into Topological Quantum Computation
An updated version of the lecture notes which were handed out (comments welcome!) will be posted here.
All lectures will be at Nordita, in room 132:028.
Monday, januari 10, 9:00-9:45
Registration
Monday, januari 10, 9:45-10:00
Welcome and opening of the school
Slot 2: 11:30 - 12:30
Slot 3: 14:00 - 15:00
Slot 4: 15:30 - 16:30
WEEK I
| Monday, jan 10: | Tuesday, jan 11: | Wednesday, jan 12: | Thursday, jan 13: | Friday, jan 14: | |
| Slot 1: | Moore I | Moore III | Oettel I | Caux II | Roudi III |
| Slot 2: | Bruun I | Bruun III | Caux I | Roudi II | Caux IV |
| Slot 3: | Moore II | Moore IV | Roudi I | Caux III | Oettel IV |
| Slot 4: | Bruun II | Bruun IV | Oettel II | Oettel III | Roudi IV |
WEEK II
| Monday, jan 17: | Tuesday, jan 18: | Wednesday, jan 19: | Thursday, jan 20: | Friday, jan 21: | |
| Slot 1: | Hansson I | Löwen II | Löwen IV | Möttönen III | Kakashvili IV |
| Slot 2: | Kakashvili I | Kakashvili II | Möttönen I | Slingerland I | Slingerland III |
| Slot 3: | Hansson II | Löwen III | Hansson III | Möttönen IV | Hansson IV |
| Slot 4: | Löwen I | Kakashvili III | Möttönen II | Slingerland II | Slingerland IV |
Description of topics:
Georg Bruun:
The Physics of Ultracold Atomic Gases
Suggested literature:
- Bose-Einstein Condensation in Dilute Gases, Pethick and Smith (Book)
- Many-body physics with ultracold gases, Bloch et.al. (Rev. Mod. Phys.)
- Theory of ultracold atomic Fermi gases, Giorgini et.al. (Rev. Mod. Phys.)
Jean-Sébastien Caux:
A crash course on the Bethe Ansatz (mostly spin chains)
Typeset lecture notes are available from the organizers and lecturer.
Hans Hansson:
Luttinger and Fermi Liquids.
An updated version of the lecture notes:
Lecture notes
Paata Kakashvili:
Integrability in low-dimensional Bose and Fermi systems
Hartmut Löwen:
Theory of freezing and non-equilibrium dynamics
Slides.
Joel Moore:
Introduction to topological phases.
Slides.
Mikko Möttönen:
Ultra-cold bose gases and dilute Bose-Esintein condenstates.
Lecture notes are available from the organizers and lecturer.
Martin Oettel:
Inhomogeneous classical fluids: density functional theory of equilibrium structure and freezing
- Lecture notes (pp. 1-13,18-21,32-52).
- Lecture notes by Evans (2009).
- Book article by Tarazona.
- Article by Tarazona.
Yasser Roudi:
Statistical Physics of Disordered Systems
Joost Slingerland:
A glimpse into Topological Quantum Computation
An updated version of the lecture notes which were handed out (comments welcome!) will be posted here.
