Superconductivity and Antiferromagnetism in Quasi-one-dimensional
  Organic Conductors

Auban-Senzier P.; Balicas L.; Barišić S.; Bourbonnais C.; Bourbonnais C.; Bourbonnais C.; Bourbonnais C.; Bourbonnais C.; Bourbonnais C.; Bourbonnais C.; Brown S. E.; Brusetti R.; Brusetti R.; Burlachkov L. I.; Buzdin A. I.; C. Bourbonnais; Cao N.; Caron L. G.; Chaikin P. M.; Coulon C.; Coulon C.; Dardel B.; Emery V. J.; Fulde P.; Fulde P.; Fuseya Y.; Garoche P.; Giamarchi T.; Giamarchi T.; Gor’kov L. P.; Gor’kov L. P.; Gor’kov L. P.; Grant M.; Green R. L.; Ishiguro T.; J. C. Nickel; Jérome D.; Larkin A. I.; Lebed A. G.; Lederer P.; McKenzie R. H.; Menyhárd N.; Murata K.; N. Dupuis; Onari S.; Pouget J. P.; Tanaka Y.; Tomic S.; Wzietek P.; Yakovenko V. M.

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Superconductivity and Antiferromagnetism in Quasi-one-dimensional Organic Conductors

Abstract

We review the current understanding of superconductivity in the quasi-one-dimensional organic conductors of the Bechgaard and Fabre salt families. We discuss the interplay between superconductivity, antiferromagnetism, and charge-density-wave fluctuations. The connection to recent experimental observations supporting unconventional pairing and the possibility of a triplet-spin order parameter for the superconducting phase is also presented.Comment: (v1) 30 pages, 13 figures; Review article for the 20th anniversary of high-Tc superconductivity, to appear in J. Low Temp. Phys. (v2) 1 Ref. adde

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Last time updated on 17/02/2019