FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032898094> ?p ?o ?g. }

• W2032898094 abstract "We use the virial expansion to investigate the behavior of the two-component, attractive Fermi gas in the high-temperature limit, where the system smoothly evolves from weakly attractive fermions to weakly repulsive bosonic dimers as the short-range attraction is increased. We present a formalism for computing the virial coefficients that employs a diagrammatic approach to the grand potential and allows one to easily include an effective range ${R}^{*}$ in the interaction. In the limit where the thermal wavelength $ensuremath{lambda}ensuremath{ll}{R}^{*}$, the calculation of the virial coefficients is perturbative even at unitarity and the system resembles a weakly interacting Bose-Fermi mixture for all scattering lengths $a$. By interpolating from the perturbative limits $ensuremath{lambda}/|a|ensuremath{gg}1$ and ${R}^{*}/ensuremath{lambda}ensuremath{gg}1$, we estimate the value of the fourth virial coefficient at unitarity for ${R}^{*}=0$ and we find that it is close to the value obtained in recent experiments. We also derive the equations of state for the pressure, density, and entropy, as well as the spectral function at high temperatures." @default.
• W2032898094 created "2016-06-24" @default.
• W2032898094 creator A5045449983 @default.
• W2032898094 creator A5081235266 @default.
• W2032898094 creator A5081526793 @default.
• W2032898094 date "2015-01-08" @default.
• W2032898094 modified "2023-10-01" @default.
• W2032898094 title "High-temperature limit of the resonant Fermi gas" @default.
• W2032898094 cites W1513059268 @default.
• W2032898094 cites W1941505088 @default.
• W2032898094 cites W1969013827 @default.
• W2032898094 cites W1976057740 @default.
• W2032898094 cites W1984403081 @default.
• W2032898094 cites W1989074172 @default.
• W2032898094 cites W1991505321 @default.
• W2032898094 cites W1992064626 @default.
• W2032898094 cites W1996692332 @default.
• W2032898094 cites W2000530877 @default.
• W2032898094 cites W2001277631 @default.
• W2032898094 cites W2004814386 @default.
• W2032898094 cites W2008077946 @default.
• W2032898094 cites W2008376824 @default.
• W2032898094 cites W2011026338 @default.
• W2032898094 cites W2013027987 @default.
• W2032898094 cites W2013589704 @default.
• W2032898094 cites W2015071384 @default.
• W2032898094 cites W2021575488 @default.
• W2032898094 cites W2027232051 @default.
• W2032898094 cites W2027501822 @default.
• W2032898094 cites W2029333308 @default.
• W2032898094 cites W2031456766 @default.
• W2032898094 cites W2037202454 @default.
• W2032898094 cites W2048329635 @default.
• W2032898094 cites W2050992620 @default.
• W2032898094 cites W2052921588 @default.
• W2032898094 cites W2054069174 @default.
• W2032898094 cites W2060003936 @default.
• W2032898094 cites W2063559558 @default.
• W2032898094 cites W2064174683 @default.
• W2032898094 cites W2069012502 @default.
• W2032898094 cites W2071870789 @default.
• W2032898094 cites W2077085478 @default.
• W2032898094 cites W2083587546 @default.
• W2032898094 cites W2092579660 @default.
• W2032898094 cites W2113223346 @default.
• W2032898094 cites W2113536583 @default.
• W2032898094 cites W2114518374 @default.
• W2032898094 cites W2117862525 @default.
• W2032898094 cites W2130552646 @default.
• W2032898094 cites W2140133321 @default.
• W2032898094 cites W2149765768 @default.
• W2032898094 cites W2149869967 @default.
• W2032898094 cites W2152180530 @default.
• W2032898094 cites W2222552780 @default.
• W2032898094 cites W2312215082 @default.
• W2032898094 cites W2950491182 @default.
• W2032898094 cites W3098535769 @default.
• W2032898094 cites W3098606723 @default.
• W2032898094 cites W3100199324 @default.
• W2032898094 cites W3102198770 @default.
• W2032898094 cites W4231014881 @default.
• W2032898094 doi "https://doi.org/10.1103/physreva.91.013606" @default.
• W2032898094 hasPublicationYear "2015" @default.
• W2032898094 type Work @default.
• W2032898094 sameAs 2032898094 @default.
• W2032898094 citedByCount "29" @default.
• W2032898094 countsByYear W20328980942015 @default.
• W2032898094 countsByYear W20328980942016 @default.
• W2032898094 countsByYear W20328980942017 @default.
• W2032898094 countsByYear W20328980942018 @default.
• W2032898094 countsByYear W20328980942019 @default.
• W2032898094 countsByYear W20328980942020 @default.
• W2032898094 countsByYear W20328980942021 @default.
• W2032898094 countsByYear W20328980942022 @default.
• W2032898094 countsByYear W20328980942023 @default.
• W2032898094 crossrefType "journal-article" @default.
• W2032898094 hasAuthorship W2032898094A5045449983 @default.
• W2032898094 hasAuthorship W2032898094A5081235266 @default.
• W2032898094 hasAuthorship W2032898094A5081526793 @default.
• W2032898094 hasBestOaLocation W20328980942 @default.
• W2032898094 hasConcept C121332964 @default.
• W2032898094 hasConcept C130295795 @default.
• W2032898094 hasConcept C147120987 @default.
• W2032898094 hasConcept C186769553 @default.
• W2032898094 hasConcept C189549420 @default.
• W2032898094 hasConcept C191486275 @default.
• W2032898094 hasConcept C22431428 @default.
• W2032898094 hasConcept C2778113609 @default.
• W2032898094 hasConcept C3079626 @default.
• W2032898094 hasConcept C37196565 @default.
• W2032898094 hasConcept C37914503 @default.
• W2032898094 hasConcept C52233224 @default.
• W2032898094 hasConcept C62520636 @default.
• W2032898094 hasConcept C85867844 @default.
• W2032898094 hasConcept C93218973 @default.
• W2032898094 hasConcept C98444146 @default.
• W2032898094 hasConceptScore W2032898094C121332964 @default.
• W2032898094 hasConceptScore W2032898094C130295795 @default.
• W2032898094 hasConceptScore W2032898094C147120987 @default.
• W2032898094 hasConceptScore W2032898094C186769553 @default.

• next