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- W3104149678 startingPage "13" @default.
- W3104149678 abstract "M66 and M96 in the Leo I Group are nearby spiral galaxies hosting Type Ia Supernovae (SNe Ia). We estimate the distances to these galaxies from the luminosity of the tip of the red giant branch (TRGB). We obtain $VI$ photometry of resolved stars in these galaxies from $F555W$ and $F814W$ images in the {it Hubble Space Telescope} archive. From the luminosity function of these red giants we find the TRGB $I$-band magnitude to be $I_{rm TRGB}=26.20pm0.03$ for M66 and $26.21pm0.03$ for M96. These values yield distance modulus $(m-M)_0=30.12pm0.03 ({rm random})pm0.12 ({rm systematic})$ for M66 and $(m-M)_0=30.15pm0.03 ({rm random})pm0.12 ({rm systematic})$ for M96. These results show that they are indeed the members of the same group. With these results we derive absolute maximum magnitudes of two SNe (SN 1989B in M66 and SN 1998bu in M96). $V$-band magnitudes of these SNe Ia are $sim$0.2 mag fainter than SN 2011fe in M101, the nearest recent SN Ia. We also derive near-infrared magnitudes for SN 1998bu. Optical magnitudes of three SNe Ia (SN 1989B, SN 1998bu, and SN 2011fe) based on TRGB analysis yield a Hubble constant, $H_0=67.6pm1.5 ({rm random})pm 3.7({rm systematic})$ kmsMpc. This value is similar to the values derived from recent WMAP9 results, $H_0=69.32pm0.80$ kmsMpc. % and from Planck results, $H_0=67.3pm1.2$ kmsMpc, but smaller than other recent determinations based on Cepheid calibration for SNe Ia luminosity, $H_0 = 74 pm3$ km s$^{-1}$ Mpc$^{-1}$." @default.
- W3104149678 created "2020-11-23" @default.
- W3104149678 creator A5057843314 @default.
- W3104149678 creator A5057915992 @default.
- W3104149678 date "2013-07-19" @default.
- W3104149678 modified "2023-10-10" @default.
- W3104149678 title "THE TIP OF THE RED GIANT BRANCH DISTANCES TO TYPE Ia SUPERNOVA HOST GALAXIES. II. M66 AND M96 IN THE LEO I GROUP" @default.
- W3104149678 cites W1490906103 @default.
- W3104149678 cites W1618367684 @default.
- W3104149678 cites W1879059477 @default.
- W3104149678 cites W1937555315 @default.
- W3104149678 cites W1965769350 @default.
- W3104149678 cites W1968144952 @default.
- W3104149678 cites W1973513081 @default.
- W3104149678 cites W1984394032 @default.
- W3104149678 cites W1984631803 @default.
- W3104149678 cites W1986469103 @default.
- W3104149678 cites W1988447576 @default.
- W3104149678 cites W1995568970 @default.
- W3104149678 cites W1997651669 @default.
- W3104149678 cites W2004151761 @default.
- W3104149678 cites W2005060040 @default.
- W3104149678 cites W2013403927 @default.
- W3104149678 cites W2015084945 @default.
- W3104149678 cites W2020743846 @default.
- W3104149678 cites W2027372417 @default.
- W3104149678 cites W2029343094 @default.
- W3104149678 cites W2031034016 @default.
- W3104149678 cites W2031332890 @default.
- W3104149678 cites W2037631468 @default.
- W3104149678 cites W2041707459 @default.
- W3104149678 cites W2045272214 @default.
- W3104149678 cites W2049905062 @default.
- W3104149678 cites W2054027527 @default.
- W3104149678 cites W2057337544 @default.
- W3104149678 cites W2061527003 @default.
- W3104149678 cites W2069740572 @default.
- W3104149678 cites W2071338755 @default.
- W3104149678 cites W2074202722 @default.
- W3104149678 cites W2076385455 @default.
- W3104149678 cites W2078008458 @default.
- W3104149678 cites W2089841755 @default.
- W3104149678 cites W2095348844 @default.
- W3104149678 cites W2101837596 @default.
- W3104149678 cites W2111728228 @default.
- W3104149678 cites W2111817932 @default.
- W3104149678 cites W2118825079 @default.
- W3104149678 cites W2132326061 @default.
- W3104149678 cites W2138721573 @default.
- W3104149678 cites W2141986914 @default.
- W3104149678 cites W2159478752 @default.
- W3104149678 cites W2162614937 @default.
- W3104149678 cites W2176131481 @default.
- W3104149678 cites W3098023072 @default.
- W3104149678 cites W3098257731 @default.
- W3104149678 cites W3098555663 @default.
- W3104149678 cites W3099469848 @default.
- W3104149678 cites W3099532746 @default.
- W3104149678 cites W3100229823 @default.
- W3104149678 cites W3100839555 @default.
- W3104149678 cites W3101168514 @default.
- W3104149678 cites W3101509247 @default.
- W3104149678 cites W3102089018 @default.
- W3104149678 cites W3102604030 @default.
- W3104149678 cites W3105269166 @default.
- W3104149678 cites W3106041657 @default.
- W3104149678 cites W3106314966 @default.
- W3104149678 cites W3106377663 @default.
- W3104149678 cites W3106432752 @default.
- W3104149678 cites W3122359109 @default.
- W3104149678 cites W3123172944 @default.
- W3104149678 cites W3123332846 @default.
- W3104149678 cites W3124446788 @default.
- W3104149678 cites W3124965683 @default.
- W3104149678 cites W4238075180 @default.
- W3104149678 cites W4242581981 @default.
- W3104149678 cites W4289258899 @default.
- W3104149678 cites W4295094642 @default.
- W3104149678 cites W4300691469 @default.
- W3104149678 doi "https://doi.org/10.1088/0004-637x/773/1/13" @default.
- W3104149678 hasPublicationYear "2013" @default.
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