A superconductor emerges as a condensate of electron pairs, which bind despite their
strong Coulomb repulsion. Eliashberg's theory elucidates the mechanisms enabling them to …

We investigate models of electrons in the Sachdev-Ye-Kitaev class with random and all-to-
all electron hopping, electron spin exchange, and Cooper-pair hopping. An attractive on-site …

Motivated by the recently developed classical spin model for the Migdal-Eliashberg theory,
we develop numerical and analytical methods based on this spin-chain representation and …

We study interlayer pairing of composite fermions in the total ν= 1/2+ 1/2 quantum Hall
bilayer as a possible framework for understanding the experimentally observed transition …

We show that Rashba spin-orbit coupling modifies electron-electron interaction vertex
leading to a number of novel phenomena. First, the spin-orbit-modified Coulomb interactions …

The discovery of high-temperature superconductors has raises questions that extend
beyond the scope of quasiparticles, a foundational concept in condensed matter theory. This …