Matches in SemOpenAlex for { <https://semopenalex.org/work/W3155403713> ?p ?o ?g. }
- W3155403713 endingPage "127382" @default.
- W3155403713 startingPage "127382" @default.
- W3155403713 abstract "We investigated kinetic properties of correlated pairing states in strongly correlated phase of the Hubbard model in two space dimensions. We employ an optimization variational Monte Carlo method, where we use the improved wave function ψλ=e−λKψG for the Gutzwiller wave function ψG with K being the kinetic part of the Hamiltonian. The Gutzwiller-BCS state is stabilized as the potential energy driven superconductivity because the Coulomb interaction energy is lowered while the kinetic energy increases in this state. In contrast, we show that in the ψλ-BCS wave function ψλ−BCS=e−λKPGψBCS, the Coulomb energy increases and instead the kinetic energy is lowered in the strongly correlated phase where the Coulomb repulsive interaction U is large. The correlated superconducting state is realized as a kinetic energy driven pairing state and this indicates the enhancement of superconductivity due to kinetic-energy effect." @default.
- W3155403713 created "2021-04-26" @default.
- W3155403713 creator A5022136795 @default.
- W3155403713 date "2021-07-01" @default.
- W3155403713 modified "2023-09-23" @default.
- W3155403713 title "Enhancement of superconductivity due to kinetic-energy effect in the strongly correlated phase of the two-dimensional Hubbard model" @default.
- W3155403713 cites W1485300768 @default.
- W3155403713 cites W1531047539 @default.
- W3155403713 cites W1543800239 @default.
- W3155403713 cites W1550762220 @default.
- W3155403713 cites W1602011079 @default.
- W3155403713 cites W1964249187 @default.
- W3155403713 cites W1966313139 @default.
- W3155403713 cites W1969213926 @default.
- W3155403713 cites W1973663126 @default.
- W3155403713 cites W1974538499 @default.
- W3155403713 cites W1976799698 @default.
- W3155403713 cites W1979102136 @default.
- W3155403713 cites W1986268790 @default.
- W3155403713 cites W1989135532 @default.
- W3155403713 cites W1992481770 @default.
- W3155403713 cites W2002967968 @default.
- W3155403713 cites W2003857648 @default.
- W3155403713 cites W2006855589 @default.
- W3155403713 cites W2007297068 @default.
- W3155403713 cites W2013042842 @default.
- W3155403713 cites W2015808504 @default.
- W3155403713 cites W2020449111 @default.
- W3155403713 cites W2021104858 @default.
- W3155403713 cites W2021986542 @default.
- W3155403713 cites W2026472147 @default.
- W3155403713 cites W2027153082 @default.
- W3155403713 cites W2031347281 @default.
- W3155403713 cites W2033421212 @default.
- W3155403713 cites W2036613113 @default.
- W3155403713 cites W2037298280 @default.
- W3155403713 cites W2037927395 @default.
- W3155403713 cites W2038091948 @default.
- W3155403713 cites W2040903702 @default.
- W3155403713 cites W2041784525 @default.
- W3155403713 cites W2048729858 @default.
- W3155403713 cites W2049863520 @default.
- W3155403713 cites W2052810501 @default.
- W3155403713 cites W2054043208 @default.
- W3155403713 cites W2054136624 @default.
- W3155403713 cites W2059122827 @default.
- W3155403713 cites W2059822212 @default.
- W3155403713 cites W2062382806 @default.
- W3155403713 cites W2065675569 @default.
- W3155403713 cites W2067041030 @default.
- W3155403713 cites W2076650905 @default.
- W3155403713 cites W2080206198 @default.
- W3155403713 cites W2086288713 @default.
- W3155403713 cites W2095234018 @default.
- W3155403713 cites W2160608229 @default.
- W3155403713 cites W2162404801 @default.
- W3155403713 cites W2165987491 @default.
- W3155403713 cites W2167223286 @default.
- W3155403713 cites W2388695461 @default.
- W3155403713 cites W2483538831 @default.
- W3155403713 cites W3100260815 @default.
- W3155403713 cites W3101353509 @default.
- W3155403713 cites W3102084814 @default.
- W3155403713 cites W3102126865 @default.
- W3155403713 cites W3102392912 @default.
- W3155403713 cites W3103068870 @default.
- W3155403713 cites W3104136872 @default.
- W3155403713 cites W3105846859 @default.
- W3155403713 cites W3123996763 @default.
- W3155403713 cites W31996104 @default.
- W3155403713 cites W83925251 @default.
- W3155403713 doi "https://doi.org/10.1016/j.physleta.2021.127382" @default.
- W3155403713 hasPublicationYear "2021" @default.
- W3155403713 type Work @default.
- W3155403713 sameAs 3155403713 @default.
- W3155403713 citedByCount "1" @default.
- W3155403713 countsByYear W31554037132022 @default.
- W3155403713 crossrefType "journal-article" @default.
- W3155403713 hasAuthorship W3155403713A5022136795 @default.
- W3155403713 hasBestOaLocation W31554037132 @default.
- W3155403713 hasConcept C106074065 @default.
- W3155403713 hasConcept C113603373 @default.
- W3155403713 hasConcept C121332964 @default.
- W3155403713 hasConcept C126255220 @default.
- W3155403713 hasConcept C130787639 @default.
- W3155403713 hasConcept C135889238 @default.
- W3155403713 hasConcept C14103023 @default.
- W3155403713 hasConcept C147120987 @default.
- W3155403713 hasConcept C26873012 @default.
- W3155403713 hasConcept C2778652916 @default.
- W3155403713 hasConcept C33923547 @default.
- W3155403713 hasConcept C54101563 @default.
- W3155403713 hasConcept C62520636 @default.
- W3155403713 hasConcept C9342510 @default.
- W3155403713 hasConceptScore W3155403713C106074065 @default.
- W3155403713 hasConceptScore W3155403713C113603373 @default.
- W3155403713 hasConceptScore W3155403713C121332964 @default.
- W3155403713 hasConceptScore W3155403713C126255220 @default.