Matches in SemOpenAlex for { <https://semopenalex.org/work/W2240173233> ?p ?o ?g. }
- W2240173233 abstract "Mott insulating ultracold gases possess a unique whole-atom exchange interaction which enables large quantum fluctuations between the Zeeman sublevels of each atom. By strengthening this interaction---either through the use of large-spin atoms or by tuning the particle-particle interactions via optical Feshbach resonance---one may enhance fluctuations and facilitate the appearance of the long-sought-after quantum spin liquid phase---all in the highly tunable environment of cold atoms. To illustrate the relationship between the spin magnitude, interaction strength, and resulting magnetic phases, we present and solve a mean-field theory for bosons optically confined to the one-particle-per-site Mott state, using both analytic and numerical methods. We find on square and triangular lattices for bosons of hyperfine spin $f>2$ that making the repulsive $s$-wave scattering length through the singlet channel small---relative to the higher-order scattering channels---accesses a short-range resonating valence bond (s-RVB) spin liquid phase." @default.
- W2240173233 created "2016-06-24" @default.
- W2240173233 creator A5013318063 @default.
- W2240173233 creator A5079104389 @default.
- W2240173233 date "2016-03-07" @default.
- W2240173233 modified "2023-10-14" @default.
- W2240173233 title "Spin liquid phases of large-spin Mott insulating ultracold bosons" @default.
- W2240173233 cites W1497856438 @default.
- W2240173233 cites W1502848873 @default.
- W2240173233 cites W1584600196 @default.
- W2240173233 cites W1605969827 @default.
- W2240173233 cites W1881909216 @default.
- W2240173233 cites W1966687270 @default.
- W2240173233 cites W1967336145 @default.
- W2240173233 cites W1973663126 @default.
- W2240173233 cites W1977616581 @default.
- W2240173233 cites W1979923486 @default.
- W2240173233 cites W1980838579 @default.
- W2240173233 cites W1981060741 @default.
- W2240173233 cites W1994688000 @default.
- W2240173233 cites W1995390360 @default.
- W2240173233 cites W1996723287 @default.
- W2240173233 cites W1998769892 @default.
- W2240173233 cites W1998942108 @default.
- W2240173233 cites W2001955921 @default.
- W2240173233 cites W2004218949 @default.
- W2240173233 cites W2007391198 @default.
- W2240173233 cites W2007695974 @default.
- W2240173233 cites W2008666569 @default.
- W2240173233 cites W2010143175 @default.
- W2240173233 cites W2012527129 @default.
- W2240173233 cites W2013681083 @default.
- W2240173233 cites W2015181400 @default.
- W2240173233 cites W2026346383 @default.
- W2240173233 cites W2027289919 @default.
- W2240173233 cites W2032706954 @default.
- W2240173233 cites W2034116931 @default.
- W2240173233 cites W2035413341 @default.
- W2240173233 cites W2041302226 @default.
- W2240173233 cites W2049514346 @default.
- W2240173233 cites W2057666228 @default.
- W2240173233 cites W2060671774 @default.
- W2240173233 cites W2060769731 @default.
- W2240173233 cites W2070170903 @default.
- W2240173233 cites W2070264325 @default.
- W2240173233 cites W2072585872 @default.
- W2240173233 cites W2085613064 @default.
- W2240173233 cites W2087638084 @default.
- W2240173233 cites W2091393784 @default.
- W2240173233 cites W2096275913 @default.
- W2240173233 cites W2100257129 @default.
- W2240173233 cites W2105094719 @default.
- W2240173233 cites W2106300160 @default.
- W2240173233 cites W2117302137 @default.
- W2240173233 cites W2129643615 @default.
- W2240173233 cites W2156810183 @default.
- W2240173233 cites W2166587435 @default.
- W2240173233 cites W2203972750 @default.
- W2240173233 cites W2963459164 @default.
- W2240173233 cites W3022633097 @default.
- W2240173233 cites W3097980629 @default.
- W2240173233 cites W3099518748 @default.
- W2240173233 cites W3100411462 @default.
- W2240173233 cites W3100679362 @default.
- W2240173233 cites W3104279144 @default.
- W2240173233 cites W3104639303 @default.
- W2240173233 doi "https://doi.org/10.1103/physrevb.93.094405" @default.
- W2240173233 hasPublicationYear "2016" @default.
- W2240173233 type Work @default.
- W2240173233 sameAs 2240173233 @default.
- W2240173233 citedByCount "3" @default.
- W2240173233 countsByYear W22401732332017 @default.
- W2240173233 countsByYear W22401732332019 @default.
- W2240173233 countsByYear W22401732332022 @default.
- W2240173233 crossrefType "journal-article" @default.
- W2240173233 hasAuthorship W2240173233A5013318063 @default.
- W2240173233 hasAuthorship W2240173233A5079104389 @default.
- W2240173233 hasBestOaLocation W22401732332 @default.
- W2240173233 hasConcept C108205863 @default.
- W2240173233 hasConcept C111776688 @default.
- W2240173233 hasConcept C115260700 @default.
- W2240173233 hasConcept C121332964 @default.
- W2240173233 hasConcept C131538251 @default.
- W2240173233 hasConcept C136766821 @default.
- W2240173233 hasConcept C147120987 @default.
- W2240173233 hasConcept C149288129 @default.
- W2240173233 hasConcept C149635348 @default.
- W2240173233 hasConcept C181500209 @default.
- W2240173233 hasConcept C184779094 @default.
- W2240173233 hasConcept C191486275 @default.
- W2240173233 hasConcept C21690051 @default.
- W2240173233 hasConcept C25227350 @default.
- W2240173233 hasConcept C26873012 @default.
- W2240173233 hasConcept C33062035 @default.
- W2240173233 hasConcept C41008148 @default.
- W2240173233 hasConcept C42704618 @default.
- W2240173233 hasConcept C58312451 @default.
- W2240173233 hasConcept C62520636 @default.
- W2240173233 hasConcept C72190298 @default.
- W2240173233 hasConcept C79118098 @default.