Matches in SemOpenAlex for { <https://semopenalex.org/work/W3098758047> ?p ?o ?g. }
- W3098758047 endingPage "073037" @default.
- W3098758047 startingPage "073037" @default.
- W3098758047 abstract "We consider a spin chain of fermionic atoms in an optical lattice, interacting with each other by super-exchange interactions. We theoretically investigate the dissipative evolution of the spin chain when it is coupled by magnetic dipole–dipole interaction to a bath consisting of atoms with a strong magnetic moment. Dipolar interactions with the bath allow for a dynamical evolution of the collective spin of the spin chain. Starting from an uncorrelated thermal sample, we demonstrate that the dissipative cooling produces highly entangled low energy spin states of the chain in a timescale of a few seconds. In practice, the lowest energy singlet state driven by super-exchange interactions is efficiently produced. This dissipative approach is a promising alternative to cool spin-full atoms in spin-independent lattices. It provides direct thermalization of the spin degrees of freedom, while traditional approaches are plagued by the inherently long timescale associated to the necessary spatial redistribution of spins under the effect of super-exchange interactions." @default.
- W3098758047 created "2020-11-23" @default.
- W3098758047 creator A5041113056 @default.
- W3098758047 creator A5047477945 @default.
- W3098758047 creator A5055307455 @default.
- W3098758047 date "2018-07-19" @default.
- W3098758047 modified "2023-10-16" @default.
- W3098758047 title "Dissipative cooling of spin chains by a bath of dipolar particles" @default.
- W3098758047 cites W1529012401 @default.
- W3098758047 cites W1568419182 @default.
- W3098758047 cites W1618511240 @default.
- W3098758047 cites W1742513295 @default.
- W3098758047 cites W1765957732 @default.
- W3098758047 cites W1914957281 @default.
- W3098758047 cites W1970735302 @default.
- W3098758047 cites W1971808836 @default.
- W3098758047 cites W1973878334 @default.
- W3098758047 cites W1976401544 @default.
- W3098758047 cites W1976474651 @default.
- W3098758047 cites W1979910239 @default.
- W3098758047 cites W1979997369 @default.
- W3098758047 cites W1982052877 @default.
- W3098758047 cites W1985719526 @default.
- W3098758047 cites W1988456574 @default.
- W3098758047 cites W1994139571 @default.
- W3098758047 cites W1999691527 @default.
- W3098758047 cites W2005828127 @default.
- W3098758047 cites W2010838150 @default.
- W3098758047 cites W2013873836 @default.
- W3098758047 cites W2013976594 @default.
- W3098758047 cites W2017684053 @default.
- W3098758047 cites W2021108860 @default.
- W3098758047 cites W2022110483 @default.
- W3098758047 cites W2029204819 @default.
- W3098758047 cites W2035967444 @default.
- W3098758047 cites W2038875065 @default.
- W3098758047 cites W2039227951 @default.
- W3098758047 cites W2039343366 @default.
- W3098758047 cites W2040019291 @default.
- W3098758047 cites W2051029549 @default.
- W3098758047 cites W2052910233 @default.
- W3098758047 cites W2061249185 @default.
- W3098758047 cites W2062104302 @default.
- W3098758047 cites W2067186459 @default.
- W3098758047 cites W2072296482 @default.
- W3098758047 cites W2072413411 @default.
- W3098758047 cites W2072467230 @default.
- W3098758047 cites W2083799330 @default.
- W3098758047 cites W2085457371 @default.
- W3098758047 cites W2085708950 @default.
- W3098758047 cites W2088001178 @default.
- W3098758047 cites W2093710340 @default.
- W3098758047 cites W2096921021 @default.
- W3098758047 cites W2099265531 @default.
- W3098758047 cites W2112640500 @default.
- W3098758047 cites W2125303188 @default.
- W3098758047 cites W2133369646 @default.
- W3098758047 cites W2146279955 @default.
- W3098758047 cites W2163204379 @default.
- W3098758047 cites W2164908408 @default.
- W3098758047 cites W2167977891 @default.
- W3098758047 cites W2193567087 @default.
- W3098758047 cites W2225330332 @default.
- W3098758047 cites W2232470624 @default.
- W3098758047 cites W2276595334 @default.
- W3098758047 cites W2299768518 @default.
- W3098758047 cites W2315114208 @default.
- W3098758047 cites W2318727879 @default.
- W3098758047 cites W2353349651 @default.
- W3098758047 cites W2415554263 @default.
- W3098758047 cites W2438200359 @default.
- W3098758047 cites W2519102568 @default.
- W3098758047 cites W2603498718 @default.
- W3098758047 cites W2618411197 @default.
- W3098758047 cites W2761856013 @default.
- W3098758047 cites W2768828602 @default.
- W3098758047 cites W2779842081 @default.
- W3098758047 cites W2782781932 @default.
- W3098758047 cites W2784942171 @default.
- W3098758047 cites W3101411880 @default.
- W3098758047 doi "https://doi.org/10.1088/1367-2630/aad141" @default.
- W3098758047 hasPublicationYear "2018" @default.
- W3098758047 type Work @default.
- W3098758047 sameAs 3098758047 @default.
- W3098758047 citedByCount "3" @default.
- W3098758047 countsByYear W30987580472019 @default.
- W3098758047 countsByYear W30987580472022 @default.
- W3098758047 crossrefType "journal-article" @default.
- W3098758047 hasAuthorship W3098758047A5041113056 @default.
- W3098758047 hasAuthorship W3098758047A5047477945 @default.
- W3098758047 hasAuthorship W3098758047A5055307455 @default.
- W3098758047 hasBestOaLocation W30987580471 @default.
- W3098758047 hasConcept C121332964 @default.
- W3098758047 hasConcept C173523689 @default.
- W3098758047 hasConcept C174771821 @default.
- W3098758047 hasConcept C181500209 @default.
- W3098758047 hasConcept C26873012 @default.
- W3098758047 hasConcept C2778870898 @default.