Alexander Buzdin
University of Bordeaux, France
Matthias Eschrig
Royal Holloway, University of London, Egham, UK
Jochen Wosnitza
Hochfeld-Magnetlabor Dresden, Germany
FFLO-Phase in Quantum Liquids, Quantum Gases, and Nuclear Matter
International Workshop
20 June - 24 June 2016
The Fulde-Ferrell-Larkin-Ovchinnikov (FFLO) effect has enjoyed a lively and wide-ranged interest during the more than 50 years since its discovery. The range of fields where it has found applications includes superconductivity, spin-imbalanced cold fermionic gases, as well as in nuclear matter.
The FFLO state describes the appearance of Cooper pairs with a finite center of mass momentum as a result of a population imbalance of the fermions forming pairs. The imbalance can result, e.g., from a spin polarization due to an external or internal magnetic field, from Feshbach resonances, or from a difference in the chemical potential of up and down quarks. The aim of the workshop is to bring together the communities working on FFLO physics in the following systems:
Topics include
- Heavy-fermion systems
- Neutron stars
- Nuclear matter
- Organic superconductors
- Spin-imbalanced cold atomic gases
- Spin-Peierls systems in magnetic fields
- Superconductor-ferromagnet hybrid systems
Invited speakers
C. Agosta (USA)
D. Agterberg (USA)
J. Annett (UK)
M. Blamire (UK)
S. Brazovskii (FR)
J.P. Brison (FR)
S. Brown (USA)
L. Bulaevskii (USA)
M. Croitoru (BE)
Y. Fominov (RU)
J. Gukelberger (CA)
H. Hu (AU)
S. Kasahara (JP)
J. Linder (NO)
K. Machida (JP
M. Mannarelli (IT)
Y. Matsuda (JP)
D. Mazzone (CH)
A. Melnikov (RU)
V. Mitrovic (USA)
V. Ryazanov (RU)
M. Ruggieri (CN)
A. Sedrakian (DE)
S. Uji (JP)
A. Volkov (DE)
W. Zwerger (DE)
G. Zwicknagl (DE)
M. Zwierlein (USA)
