Matches in SemOpenAlex for { <https://semopenalex.org/work/W2297682654> ?p ?o ?g. }
- W2297682654 endingPage "33" @default.
- W2297682654 startingPage "1" @default.
- W2297682654 abstract "We study repulsive Hubbard and t − J type systems on a square lattice (long believed to capture certain quintessential aspects of the high temperature superconductors). These models (alongside the parent compounds of the high temperature superconductors) are antiferromagnetic in the absence of hole doping. As we illustrate, a unifying underlying principle for the dynamics of holes introduced by doping rationalizes the emergence of nonuniform electronic structures– “stripes” and possible pairing tendencies therein. Specifically, our analysis invokes the following (numerically *Corresponding author: E-mail: zohar@wuphys.wustl.edu; Bosch and Nussinov; PSIJ, 10(3), 1-33, 2016; Article no.PSIJ.24117 verified) sublattice parity principle: A strong antiferromagnetic background forces injected holes to hop in steps of two such that they always remain on the same sublattice. When applied to a domain wall in an antiferromagnet, this simple principle naturally gives rise to (bond centered) stripes. We demonstrate that the holes are self-consistently localized on stripes. Extending this picture, we then show that the holes on a stripe favor the formation of pairs on neighboring rungs or sites. Throughout this work much emphasis is placed on the problem of a two leg ladder immersed in a staggered magnetic field. Although we will focus on the square lattice, our considerations may be extended to similar electronic structures appearing in other models on bipartite lattices when these exhibit antiferromagnetic correlations with an underlying sublattice structure." @default.
- W2297682654 created "2016-06-24" @default.
- W2297682654 creator A5077929588 @default.
- W2297682654 creator A5083751736 @default.
- W2297682654 date "2016-01-10" @default.
- W2297682654 modified "2023-09-24" @default.
- W2297682654 title "Kinetic Energy Driven Stripe Formation and Pairing in Repulsive Electronic Systems" @default.
- W2297682654 cites W1485300768 @default.
- W2297682654 cites W1522856007 @default.
- W2297682654 cites W1597094728 @default.
- W2297682654 cites W1641237779 @default.
- W2297682654 cites W1697015773 @default.
- W2297682654 cites W1775073634 @default.
- W2297682654 cites W1921556867 @default.
- W2297682654 cites W1964530097 @default.
- W2297682654 cites W1967139449 @default.
- W2297682654 cites W1970120697 @default.
- W2297682654 cites W1972240980 @default.
- W2297682654 cites W1973875407 @default.
- W2297682654 cites W1974016816 @default.
- W2297682654 cites W1977283765 @default.
- W2297682654 cites W1979389109 @default.
- W2297682654 cites W1983014734 @default.
- W2297682654 cites W1983596827 @default.
- W2297682654 cites W1986856835 @default.
- W2297682654 cites W1988489298 @default.
- W2297682654 cites W1988828791 @default.
- W2297682654 cites W1994563541 @default.
- W2297682654 cites W1995028497 @default.
- W2297682654 cites W1998713340 @default.
- W2297682654 cites W1999679612 @default.
- W2297682654 cites W2002040854 @default.
- W2297682654 cites W2006393066 @default.
- W2297682654 cites W2006855589 @default.
- W2297682654 cites W2008343627 @default.
- W2297682654 cites W2009431042 @default.
- W2297682654 cites W2012414624 @default.
- W2297682654 cites W2014201964 @default.
- W2297682654 cites W2018483300 @default.
- W2297682654 cites W2019407350 @default.
- W2297682654 cites W2019815525 @default.
- W2297682654 cites W2021116449 @default.
- W2297682654 cites W2024379825 @default.
- W2297682654 cites W2024689496 @default.
- W2297682654 cites W2025980188 @default.
- W2297682654 cites W2029311628 @default.
- W2297682654 cites W2029960903 @default.
- W2297682654 cites W2030472767 @default.
- W2297682654 cites W2030901305 @default.
- W2297682654 cites W2031643843 @default.
- W2297682654 cites W2031927073 @default.
- W2297682654 cites W2033333807 @default.
- W2297682654 cites W2035106060 @default.
- W2297682654 cites W2037298280 @default.
- W2297682654 cites W2039491266 @default.
- W2297682654 cites W2040821503 @default.
- W2297682654 cites W2040872964 @default.
- W2297682654 cites W2048423897 @default.
- W2297682654 cites W2051651396 @default.
- W2297682654 cites W2054043208 @default.
- W2297682654 cites W2055672993 @default.
- W2297682654 cites W2055891591 @default.
- W2297682654 cites W2060614999 @default.
- W2297682654 cites W2062934777 @default.
- W2297682654 cites W2065491377 @default.
- W2297682654 cites W2066452074 @default.
- W2297682654 cites W2066768812 @default.
- W2297682654 cites W2067014797 @default.
- W2297682654 cites W2068200001 @default.
- W2297682654 cites W2071079043 @default.
- W2297682654 cites W2075181399 @default.
- W2297682654 cites W2078528154 @default.
- W2297682654 cites W2080657607 @default.
- W2297682654 cites W2083163772 @default.
- W2297682654 cites W2091877635 @default.
- W2297682654 cites W2092114168 @default.
- W2297682654 cites W2092315854 @default.
- W2297682654 cites W2093148880 @default.
- W2297682654 cites W2109765580 @default.
- W2297682654 cites W2131018239 @default.
- W2297682654 cites W2135764065 @default.
- W2297682654 cites W2157852080 @default.
- W2297682654 cites W2158860319 @default.
- W2297682654 cites W2167940347 @default.
- W2297682654 cites W2259678347 @default.
- W2297682654 cites W2277835871 @default.
- W2297682654 cites W2950071756 @default.
- W2297682654 cites W3007997528 @default.
- W2297682654 cites W3021456214 @default.
- W2297682654 cites W3023050740 @default.
- W2297682654 cites W864590220 @default.
- W2297682654 doi "https://doi.org/10.9734/psij/2016/24117" @default.
- W2297682654 hasPublicationYear "2016" @default.
- W2297682654 type Work @default.
- W2297682654 sameAs 2297682654 @default.
- W2297682654 citedByCount "0" @default.
- W2297682654 crossrefType "journal-article" @default.
- W2297682654 hasAuthorship W2297682654A5077929588 @default.