Modern superconducting materials of interest tend to exhibit a complex interplay of many-body ordering tendencies. This requires an understanding of the ensuing multicomponent field theories, their microscopic origins and macroscopic responses.

This program will bring together experimentalists, experts working on macroscopic properties and experts working on the underlying microscopic physics that leads to these complex states. The goal will be to achieve an in depth understanding of important physical properties including magnetic response, transport and thermoelectric properties, nature of topological excitations, and fluctuation-induced phases. This will be achieved through an emphasis on the following material systems: twisted bilayer graphene; iron-based superconductors; unconventional superconductivity in Sr₂RuO₄; UTe₂ and related ferromagnetic superconductors; Bi₂Se₃ based nematic superconductors; j=3/2 superconductors; and novel 2D superconductors

Topics:

Speakers:

A. BERNEVIG, Princeton University
A. BLACK-SCHAFFER, Uppsala University
G. BLUMBERG, Rutgers University
J.-P. BRISON, CEA
N. BUTCH, University of Maryland
J. CARLSTROM, Stockholm University
A. CAVALLERI, MPSD
A. CHUBUKOV, University of Minnesota
D. EFETOV, ICFO
Y. FENG, Chinese Academy of Sciences
V. GRINENKO, IFW-Dresden
E. HASSINGER, MPI Dresden
C. HICKS, MPI Dresden
J. KANG, Soochow University
A. KAPITULNIK, Stanford University
H.-H. KLAUSS, TU Dresden
R. LORTZ, HKUST
A. MACKENZIE, MPI Dresden
V. MADHAVAN, UIUC
E.-G. MOON, KAIST
M. OSHIKAWA, University of Tokyo
A. PASUPATHY, Columbia University
S. RAGHU, Stanford University
A. RAMIRES, ICTP-SAIFR
A. SAMOILENKA, KTH
M. SIGRIST, ETH Zurich
M. SILAEV, University of Jyväskylä
C. TIMM, TU Dresden
C. VARMA, University of California
Y. YANASE, Kyoto University
S. YIP, Academia Sinica Taipei