@article{uoadl:3059184,
    volume = "100",
    number = "10",
    journal = "Physical Review B",
    issn = "2469-9950, 2469-9969",
    keywords = "Mean field theory;  Monte Carlo methods, Auxiliary-field quantum monte carlo;  Pairing amplitude;  Quasiparticles;  Site interaction;  Spin singlets;  Topological bands;  Topological charges;  Ultracold atoms, Topology",
    BIBTEX_ENTRY = "article",
    year = "2019",
    author = "Rosenberg, P. and Aryal, N. and Manousakis, E.",
    abstract = "We study the interplay of interactions and topology in a pseudospin Weyl system, obtained from a minimally modified Hubbard model, using the numerically exact auxiliary-field quantum Monte Carlo method complemented by mean-field theory. We find that the pseudospin plays a key role in the structure of the pairing amplitude. An attractive on-site interaction leads to pairing between quasiparticles carrying opposite spin and opposite topological charge, resulting in the formation of real-spin singlet pairs that are a mixture of pseudospin singlet and pseudospin triplet. Our results provide a detailed characterization of the exotic pairing behavior in this system, and they represent an important step toward a more complete understanding of superconductivity in the context of topological band structures, which will help guide searches for topological superconductivity in real materials and ultracold atoms. © 2019 American Physical Society.",
    title = "Numerically exact study of Weyl superconductivity",
    doi = "10.1103/PHYSREVB.100.104522"
}