Matches in SemOpenAlex for { <https://semopenalex.org/work/W1977559096> ?p ?o ?g. }
- W1977559096 abstract "A detailed analysis of gravitational slip, a new post-general relativity cosmological parameter characterizing the degree of departure of the laws of gravitation from general relativity on cosmological scales, is presented. This phenomenological approach assumes that cosmic acceleration is due to new gravitational effects; the amount of spacetime curvature produced per unit mass is changed in such a way that a universe containing only matter and radiation begins to accelerate as if under the influence of a cosmological constant. Changes in the law of gravitation are further manifest in the behavior of the inhomogeneous gravitational field, as reflected in the cosmic microwave background, weak lensing, and evolution of large-scale structure. The new parameter ${ensuremath{varpi}}_{0}$ is naively expected to be of order unity. However, a multiparameter analysis, allowing for variation of all of the standard cosmological parameters, finds that ${ensuremath{varpi}}_{0}={0.09}_{ensuremath{-}0.59}^{+0.74}(2ensuremath{sigma})$, where ${ensuremath{varpi}}_{0}=0$ corresponds to a cosmological constant plus cold dark matter universe under general relativity. Future probes of the cosmic microwave background (Planck) and large-scale structure (Euclid) may improve the limits by a factor of 4." @default.
- W1977559096 created "2016-06-24" @default.
- W1977559096 creator A5015735436 @default.
- W1977559096 creator A5016781401 @default.
- W1977559096 creator A5047122842 @default.
- W1977559096 creator A5072280155 @default.
- W1977559096 creator A5086110340 @default.
- W1977559096 date "2009-07-29" @default.
- W1977559096 modified "2023-09-28" @default.
- W1977559096 title "Multiparameter investigation of gravitational slip" @default.
- W1977559096 cites W1485300610 @default.
- W1977559096 cites W1649154732 @default.
- W1977559096 cites W1853767801 @default.
- W1977559096 cites W1908723437 @default.
- W1977559096 cites W1944901286 @default.
- W1977559096 cites W1976880415 @default.
- W1977559096 cites W1991042102 @default.
- W1977559096 cites W1993364803 @default.
- W1977559096 cites W2005596782 @default.
- W1977559096 cites W2007349289 @default.
- W1977559096 cites W2008016657 @default.
- W1977559096 cites W2008392646 @default.
- W1977559096 cites W2015985049 @default.
- W1977559096 cites W2021084482 @default.
- W1977559096 cites W2024904781 @default.
- W1977559096 cites W2026129521 @default.
- W1977559096 cites W2042676722 @default.
- W1977559096 cites W2045915974 @default.
- W1977559096 cites W2052773107 @default.
- W1977559096 cites W2055871546 @default.
- W1977559096 cites W2057465254 @default.
- W1977559096 cites W2061923933 @default.
- W1977559096 cites W2067160370 @default.
- W1977559096 cites W2073832139 @default.
- W1977559096 cites W2084856605 @default.
- W1977559096 cites W2114744410 @default.
- W1977559096 cites W2117363750 @default.
- W1977559096 cites W2124028531 @default.
- W1977559096 cites W2126601681 @default.
- W1977559096 cites W2132669853 @default.
- W1977559096 cites W2135497511 @default.
- W1977559096 cites W2136696603 @default.
- W1977559096 cites W2140478436 @default.
- W1977559096 cites W2148534890 @default.
- W1977559096 cites W2153208487 @default.
- W1977559096 cites W2154120281 @default.
- W1977559096 cites W2168780325 @default.
- W1977559096 cites W2169351004 @default.
- W1977559096 cites W2172167797 @default.
- W1977559096 cites W3097984739 @default.
- W1977559096 cites W3099119831 @default.
- W1977559096 cites W3099856713 @default.
- W1977559096 cites W3101537146 @default.
- W1977559096 cites W3104787624 @default.
- W1977559096 cites W3104898854 @default.
- W1977559096 cites W3106449272 @default.
- W1977559096 cites W3121195376 @default.
- W1977559096 cites W4249731213 @default.
- W1977559096 doi "https://doi.org/10.1103/physrevd.80.023532" @default.
- W1977559096 hasPublicationYear "2009" @default.
- W1977559096 type Work @default.
- W1977559096 sameAs 1977559096 @default.
- W1977559096 citedByCount "40" @default.
- W1977559096 countsByYear W19775590962012 @default.
- W1977559096 countsByYear W19775590962013 @default.
- W1977559096 countsByYear W19775590962014 @default.
- W1977559096 countsByYear W19775590962015 @default.
- W1977559096 countsByYear W19775590962016 @default.
- W1977559096 countsByYear W19775590962017 @default.
- W1977559096 countsByYear W19775590962018 @default.
- W1977559096 countsByYear W19775590962019 @default.
- W1977559096 countsByYear W19775590962021 @default.
- W1977559096 countsByYear W19775590962022 @default.
- W1977559096 crossrefType "journal-article" @default.
- W1977559096 hasAuthorship W1977559096A5015735436 @default.
- W1977559096 hasAuthorship W1977559096A5016781401 @default.
- W1977559096 hasAuthorship W1977559096A5047122842 @default.
- W1977559096 hasAuthorship W1977559096A5072280155 @default.
- W1977559096 hasAuthorship W1977559096A5086110340 @default.
- W1977559096 hasBestOaLocation W19775590962 @default.
- W1977559096 hasConcept C121332964 @default.
- W1977559096 hasConcept C124017977 @default.
- W1977559096 hasConcept C130187892 @default.
- W1977559096 hasConcept C147452769 @default.
- W1977559096 hasConcept C149324446 @default.
- W1977559096 hasConcept C159249277 @default.
- W1977559096 hasConcept C166861157 @default.
- W1977559096 hasConcept C172790937 @default.
- W1977559096 hasConcept C20154449 @default.
- W1977559096 hasConcept C207297109 @default.
- W1977559096 hasConcept C26405456 @default.
- W1977559096 hasConcept C33332235 @default.
- W1977559096 hasConcept C44870925 @default.
- W1977559096 hasConcept C62520636 @default.
- W1977559096 hasConcept C74650414 @default.
- W1977559096 hasConcept C84999194 @default.
- W1977559096 hasConcept C85725439 @default.
- W1977559096 hasConcept C86294171 @default.
- W1977559096 hasConceptScore W1977559096C121332964 @default.
- W1977559096 hasConceptScore W1977559096C124017977 @default.