164,272 research outputs found

    Il Museo Imperiale d'Inscrizioni nelle Osservazioni letterarie di Scipione Maffei

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    Si indagano i complessi rapporti testuali tra la versione di alcune epigrafi viennesi presenti nella rivista Osservazioni Letterarie di Scipione Maffei e quella riportata nel codice della Biblioteca Capitolare di Verona, CCLXVII

    CO (2–1) observations of Maffei 2

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    Maffei 2 is a highly obscured galaxy, probably of type Sbc, at a distance of 5 Mpc (Allen and Raimond 1972; Spinrad et al. 1973). Since it lies close to the Galactic plane, there is considerable confusion in infrared and 21-cm HI observations due to Galactic emission, but investigations of its structure can be carried out at millimeter wavelengths where the Galaxy contribution is confined to a limited velocity range. The high resolution (30″) of our CO J=2–1 observations permits both a detailed examination of Maffei 2 and a study of the nature of the gas in its nucleus, through comparison with the CO J=1–0 observations

    La Tragedia classica dalle origini al Maffei /

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    Includes bibliographies.Trissino, G. Sofonisba.--Rucellai, G. Rosmunda.--Speroni, S. Canace.--Torelli, P. Merope.--Bonarelli, P. Solimano.--De Dottori, C. Aristodemo.--Delfino, G. Cleopatra.--Martello, P. J. Alceste.--Maffei, S. Merope

    [Report to Chief J. E. Curry, by an unknown author #1]

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    Report to Chief J. E. Curry, by an unknown author. The report contains a list of officers who gave depositions to the United States Attorney

    [Report to Chief J. E. Curry, by an unknown author #2]

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    Report to Chief J. E. Curry, by an unknown author. The report contains a list of officers who gave depositions to the United States Attorney

    The extinction and distance of Maffei 1

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    We have obtained low- and high-resolution spectra of the core of the highly reddened elliptical galaxy Maffei 1. From these data, we have obtained the first measurement of the Mg2 index and have measured the velocity dispersion and radial velocity with improved accuracy. To evaluate the extinction, a correlation between the Mg2 index and effective V-I color has been established for elliptical galaxies. Using a new method for correcting for effective wavelength shifts, the V-I color excess reveals that the optical depth of Galactic dust at 1 mu;m is 1.69+/-0.07. Thus, AV=4.67+/-0.19 mag, which is lower by 0.4 mag than previously thought. To establish the distance, the fundamental plane for elliptical galaxies has been constructed in I. The velocity dispersion of Maffei 1, measured to be 186.8+/-7.4 km s-1, in combination with modern wide-field photometry in I, leads to a distance of 2.92+/-0.37 Mpc. The Dn- sigma; relation, which is independently calibrated, gives 3.08+/-0.85 and 3.23+/-0.67 Mpc from photometry in B and K', respectively. The weighted mean of the three estimates is 3.01+/-0.30 Mpc, which is lower than distances judged with reference to M32 and the bulge of M31 from the brightest stars seen at K'. Since the luminosity of asymptotic giant branch stars at K' is strongly dependent on age, the lower distance suggests that the last epoch of star formation in Maffei 1 occurred farther in the past than in these other systems. The distance and luminosity make Maffei 1 the nearest giant elliptical galaxy. In the absence of extinction, the galaxy would be among the brightest in the sky and would have an apparent size 2/3 that of the full Moon. The radial velocity of Maffei 1 is +66.4+/-5.0 km s-1, significantly higher than the accepted value of -10 km s-1. The Hubble distance corresponding to the mean velocity of Maffei 1, Maffei 2, and IC 342 is 3.5 Mpc. Thus, it is unlikely that Maffei 1 has had any influence on Local Group dynamics

    CI and CO in the nearby spiral galaxies IC 342 and Maffei 2

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    We present J=21J=2{-}1, J=32J=3{-}2, J=43J=4{-}3 12CO{\rm ^{12}CO} and 492 GHz [CI] maps as well as J=21J=2{-}1 and J=32J=3{-}2 13CO{\rm ^{13}CO} measurements of the central regions in the nearby Sc galaxies IC 342 and Maffei 2. In both galaxies, the distribution of CO and [CI] is strongly concentrated towards the center. These centers harbour modest starbursts. Both galaxies have nearly identical 12CO{\rm ^{12}CO} transitional ratios but the relative intensities of their 13CO{\rm ^{13}CO} and [CI] emission lines differ significantly. The observed sets of line intensities require modelling with a multi-component molecular gas. In both galaxies, a dense component must be present (n(H2)104105 cm3n({\rm H_{2}}) \approx 10^{4} {-} 10^{5}~{\rm cm^{-3}}) with kinetic temperatures Tkin=1020T_{\rm kin} = 10{-}20 K (IC 342) or 206020{-}60 K (Maffei 2), as well as a less dense (IC 342: a few hundred  cm3~{\rm cm^{-3}} at most; Maffei 2: 3×103 cm3\approx 3 \times 10^{3}~{\rm cm^{-3}}) and hotter (Tkin=100150T_{\rm kin} = 100{-}150 K) component. In both galaxies, neutral and ionized atomic carbon amounts are between 1.5 and 2.5 times those of CO. In both starburst centers about half to two thirds of the molecular gas mass is associated with the hot PDR phase. The center of IC 342 contains within R=0.25R = 0.25 kpc an (atomic and molecular) gas mass of 1 ×107 M\times 10^{7} ~M_{\odot} and a peak face-on gas mass density of about 70  M~M_{\odot}  pc-2. For Maffei 2 these numbers are less clearly defined, mainly because of uncertainties in its distance and carbon abundance. We find a gass mass Mgas0.5×107 MM_{\rm gas} \geq 0.5 \times 10^{7} ~M_{\odot}, and a peak face-on gas mass density of about 35  M~M_{\odot}  pc-2

    Optical and Near-Infrared Observations of the Nearby Spiral Galaxy Maffei 2

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    Spectra, photographs, and photometric measurements have been used to show that Maffei 2 has a distance of 5 ± 2 Mpc and that it has a morphological type near Sbc II-in agreement with similar conclusions made earlier by radio observers. We discuss the possible relationships between Maffei 2 and the elliptical galaxy Maffei 1; there are serious inconsistencies in the existing data which bear on this question

    Murder on the mountain: author talk with Peter J. Wosh

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    Author talk by Peter J. Wosh on May 5th, 2022, on his book, "Murder on the Mountain: crime, passion, and punishment in gilded age New Jersey.
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