Matches in SemOpenAlex for { <https://semopenalex.org/work/W2949588109> ?p ?o ?g. }
- W2949588109 abstract "The detection of gravitational waves from a neutron star merger has opened up the possibility of detecting the presence or creation of deconfined quark matter using the gravitational wave signal. To investigate this possibility, we construct a family of neutron star matter equations of state at nonzero density and temperature by combining state-of-the-art nuclear matter equations of state with holographic equations of state for strongly interacting quark matter. The emerging picture consistently points toward a strong first order deconfinement transition, with a temperature-dependent critical density and latent heat that we quantitatively examine. Recent neutron star mass measurements are further used to discriminate between the different equations of state obtained, leaving a tightly constrained family of preferred equations of state." @default.
- W2949588109 created "2019-06-27" @default.
- W2949588109 creator A5040946565 @default.
- W2949588109 creator A5043784608 @default.
- W2949588109 creator A5065996473 @default.
- W2949588109 creator A5071046514 @default.
- W2949588109 date "2019-09-23" @default.
- W2949588109 modified "2023-10-14" @default.
- W2949588109 title "Finite-temperature equations of state for neutron star mergers" @default.
- W2949588109 cites W1506912788 @default.
- W2949588109 cites W1507748172 @default.
- W2949588109 cites W1654124497 @default.
- W2949588109 cites W1940606144 @default.
- W2949588109 cites W1988437054 @default.
- W2949588109 cites W1991102973 @default.
- W2949588109 cites W1992872919 @default.
- W2949588109 cites W1999809938 @default.
- W2949588109 cites W2000291798 @default.
- W2949588109 cites W2001920867 @default.
- W2949588109 cites W2007704854 @default.
- W2949588109 cites W2013638788 @default.
- W2949588109 cites W2017667569 @default.
- W2949588109 cites W2019930952 @default.
- W2949588109 cites W2023706338 @default.
- W2949588109 cites W2033743392 @default.
- W2949588109 cites W2035218112 @default.
- W2949588109 cites W2043557579 @default.
- W2949588109 cites W2047763102 @default.
- W2949588109 cites W2049353968 @default.
- W2949588109 cites W2050632958 @default.
- W2949588109 cites W2066888900 @default.
- W2949588109 cites W2088475539 @default.
- W2949588109 cites W2088922270 @default.
- W2949588109 cites W2092350553 @default.
- W2949588109 cites W2097909025 @default.
- W2949588109 cites W2113037033 @default.
- W2949588109 cites W2133830716 @default.
- W2949588109 cites W2167572849 @default.
- W2949588109 cites W2169076560 @default.
- W2949588109 cites W2290737989 @default.
- W2949588109 cites W2294649459 @default.
- W2949588109 cites W2538187250 @default.
- W2949588109 cites W2759675126 @default.
- W2949588109 cites W2765081049 @default.
- W2949588109 cites W2767349080 @default.
- W2949588109 cites W2768265440 @default.
- W2949588109 cites W2769237437 @default.
- W2949588109 cites W2769259440 @default.
- W2949588109 cites W2772938691 @default.
- W2949588109 cites W2792912078 @default.
- W2949588109 cites W2806481979 @default.
- W2949588109 cites W2807309204 @default.
- W2949588109 cites W2885128619 @default.
- W2949588109 cites W2891199677 @default.
- W2949588109 cites W2897955452 @default.
- W2949588109 cites W2898092898 @default.
- W2949588109 cites W2901659902 @default.
- W2949588109 cites W2949936882 @default.
- W2949588109 cites W2964203987 @default.
- W2949588109 cites W3000019265 @default.
- W2949588109 cites W3098156727 @default.
- W2949588109 cites W3098532004 @default.
- W2949588109 cites W3098668647 @default.
- W2949588109 cites W3099067924 @default.
- W2949588109 cites W3099384634 @default.
- W2949588109 cites W3100286934 @default.
- W2949588109 cites W3100549131 @default.
- W2949588109 cites W3101508532 @default.
- W2949588109 cites W3101761764 @default.
- W2949588109 cites W3101807044 @default.
- W2949588109 cites W3102069216 @default.
- W2949588109 cites W3102392114 @default.
- W2949588109 cites W3102802194 @default.
- W2949588109 cites W3104101114 @default.
- W2949588109 cites W3104474120 @default.
- W2949588109 cites W3106110599 @default.
- W2949588109 cites W3106117929 @default.
- W2949588109 cites W3106267542 @default.
- W2949588109 cites W3106302427 @default.
- W2949588109 cites W3121166662 @default.
- W2949588109 cites W4205133858 @default.
- W2949588109 cites W4249956767 @default.
- W2949588109 cites W809856379 @default.
- W2949588109 doi "https://doi.org/10.1103/physrevd.100.066027" @default.
- W2949588109 hasPublicationYear "2019" @default.
- W2949588109 type Work @default.
- W2949588109 sameAs 2949588109 @default.
- W2949588109 citedByCount "37" @default.
- W2949588109 countsByYear W29495881092019 @default.
- W2949588109 countsByYear W29495881092020 @default.
- W2949588109 countsByYear W29495881092021 @default.
- W2949588109 countsByYear W29495881092022 @default.
- W2949588109 countsByYear W29495881092023 @default.
- W2949588109 crossrefType "journal-article" @default.
- W2949588109 hasAuthorship W2949588109A5040946565 @default.
- W2949588109 hasAuthorship W2949588109A5043784608 @default.
- W2949588109 hasAuthorship W2949588109A5065996473 @default.
- W2949588109 hasAuthorship W2949588109A5071046514 @default.
- W2949588109 hasBestOaLocation W29495881092 @default.
- W2949588109 hasConcept C11413529 @default.