Matches in SemOpenAlex for { <https://semopenalex.org/work/W1646354797> ?p ?o ?g. }
- W1646354797 endingPage "015" @default.
- W1646354797 startingPage "015" @default.
- W1646354797 abstract "We present a new statistical analysis that combines helioseismology (sound speed, surface helium and convective radius) and solar neutrino observations (the 8B and 7Be fluxes) to place upper limits to the properties of non standard weakly interacting particles. Our analysis includes theoretical and observational errors, accounts for tensions between input parameters of solar models and can be easily extended to include other observational constraints. We present two applications to test the method: the well studied case of axions and axion-like particles and the more novel case of low mass hidden photons. For axions we obtain an upper limit at 3σ for the axion-photon coupling constant of gaγ < 4.1 · 10−10 GeV−1. For hidden photons we obtain the most restrictive upper limit available accross a wide range of masses for the product of the kinetic mixing and mass of χ m < 1.8 ⋅ 10−12 eV at 3σ. Both cases improve the previous solar constraints based on the Standard Solar Models showing the power of using a global statistical approach." @default.
- W1646354797 created "2016-06-24" @default.
- W1646354797 creator A5005340564 @default.
- W1646354797 creator A5006056179 @default.
- W1646354797 creator A5061736270 @default.
- W1646354797 creator A5078886476 @default.
- W1646354797 creator A5084079518 @default.
- W1646354797 creator A5085536840 @default.
- W1646354797 date "2015-10-08" @default.
- W1646354797 modified "2023-10-17" @default.
- W1646354797 title "New axion and hidden photon constraints from a solar data global fit" @default.
- W1646354797 cites W1532982691 @default.
- W1646354797 cites W1567460774 @default.
- W1646354797 cites W1659875532 @default.
- W1646354797 cites W1811410294 @default.
- W1646354797 cites W1929226305 @default.
- W1646354797 cites W1966539583 @default.
- W1646354797 cites W1970519666 @default.
- W1646354797 cites W1970680072 @default.
- W1646354797 cites W1978249523 @default.
- W1646354797 cites W1980511973 @default.
- W1646354797 cites W1982379873 @default.
- W1646354797 cites W1985258583 @default.
- W1646354797 cites W1993602276 @default.
- W1646354797 cites W1996937737 @default.
- W1646354797 cites W1997137277 @default.
- W1646354797 cites W1999001346 @default.
- W1646354797 cites W1999986344 @default.
- W1646354797 cites W2000000424 @default.
- W1646354797 cites W2000130855 @default.
- W1646354797 cites W2017193313 @default.
- W1646354797 cites W2020367787 @default.
- W1646354797 cites W2023491074 @default.
- W1646354797 cites W2027075281 @default.
- W1646354797 cites W2029199427 @default.
- W1646354797 cites W2030949623 @default.
- W1646354797 cites W2033241389 @default.
- W1646354797 cites W2040602133 @default.
- W1646354797 cites W2045884684 @default.
- W1646354797 cites W2052071551 @default.
- W1646354797 cites W2054039169 @default.
- W1646354797 cites W2055110105 @default.
- W1646354797 cites W2061044423 @default.
- W1646354797 cites W2068732874 @default.
- W1646354797 cites W2069428202 @default.
- W1646354797 cites W2072218094 @default.
- W1646354797 cites W2073419859 @default.
- W1646354797 cites W2079721789 @default.
- W1646354797 cites W2091201538 @default.
- W1646354797 cites W2092128054 @default.
- W1646354797 cites W2095901382 @default.
- W1646354797 cites W2101654452 @default.
- W1646354797 cites W2104664799 @default.
- W1646354797 cites W2106437818 @default.
- W1646354797 cites W2108700957 @default.
- W1646354797 cites W2109146646 @default.
- W1646354797 cites W2110606875 @default.
- W1646354797 cites W2113752551 @default.
- W1646354797 cites W2118147733 @default.
- W1646354797 cites W2123857059 @default.
- W1646354797 cites W2126607141 @default.
- W1646354797 cites W2126979387 @default.
- W1646354797 cites W2127556270 @default.
- W1646354797 cites W2129186852 @default.
- W1646354797 cites W2129568600 @default.
- W1646354797 cites W2146411442 @default.
- W1646354797 cites W2150960391 @default.
- W1646354797 cites W2152458035 @default.
- W1646354797 cites W2154090931 @default.
- W1646354797 cites W2156908904 @default.
- W1646354797 cites W2159000909 @default.
- W1646354797 cites W2161791806 @default.
- W1646354797 cites W2166283712 @default.
- W1646354797 cites W2167284320 @default.
- W1646354797 cites W2167914397 @default.
- W1646354797 cites W2168941219 @default.
- W1646354797 cites W2170645680 @default.
- W1646354797 cites W2899497983 @default.
- W1646354797 cites W3037896898 @default.
- W1646354797 cites W3098601998 @default.
- W1646354797 cites W3099249401 @default.
- W1646354797 cites W3100545637 @default.
- W1646354797 cites W3100894298 @default.
- W1646354797 cites W3104203935 @default.
- W1646354797 cites W3105352021 @default.
- W1646354797 cites W3105352751 @default.
- W1646354797 cites W3105443092 @default.
- W1646354797 cites W3105980979 @default.
- W1646354797 cites W3106079572 @default.
- W1646354797 cites W3122576156 @default.
- W1646354797 cites W4292322877 @default.
- W1646354797 doi "https://doi.org/10.1088/1475-7516/2015/10/015" @default.
- W1646354797 hasPublicationYear "2015" @default.
- W1646354797 type Work @default.
- W1646354797 sameAs 1646354797 @default.
- W1646354797 citedByCount "90" @default.
- W1646354797 countsByYear W16463547972015 @default.
- W1646354797 countsByYear W16463547972016 @default.