MM * ` . 4 D J ( 1 2 = Ѓ "I 6 *i Ls ) ` This is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.
PACS has detected a weak emission line, never before detected in a ULIRG, originating from neutral oxygen located in the interstellar medium of this galaxy. Its ratio with a stronger line of ionized carbon is a good diagnostic of the power source and the conditions in the interstellar medium of the galaxy.
Previous infrared space missions discovered that collisions and mergers of gas-rich galaxies glow with the luminosity of a quasar. The far-infrared luminosity of these dust-shrouded mergers, known as Ultraluminous Infrared Galaxies (ULIRGs), is caused by extremely energetic starbursts, producing hundreds of new stars every year, as well as by accreting super-massive black holes in their active nuclei.
In addition to immense continuum and strong molecular line emission, starburst galaxies also emit weak far-infrared spectral lines. This line emission from different atoms and ions is a signature from the neutral and ionized interstellar medium in galaxies and is important to diagnose the dust-enshrouded power sources in ULIRGs.
Markarian (Mrk) 231 has long tidal tails and a disturbed shape, a typical signature of colliding galaxies. It is located about 600 million light-years from Earth (in the constellation of Ursa Major). v W G : 8 ۮ t
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Chart
This is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.
PACS has detected a weak emission line, never before detected in a ULIRG, originating from neutral oxygen located in the interstellar medium of this galaxy. Its ratio with a stronger line of ionized carbon is a good diagnostic of the power source and the conditions in the interstellar medium of the galaxy.
Previous infrared space missions discovered that collisions and mergers of gas-rich galaxies glow with the luminosity of a quasar. The far-infrared luminosity of these dust-shrouded mergers, known as Ultraluminous Infrared Galaxies (ULIRGs), is caused by extremely energetic starbursts, producing hundreds of new stars every year, as well as by accreting super-massive black holes in their active nuclei.
In addition to immense continuum and strong molecular line emission, starburst galaxies also emit weak far-infrared spectral lines. This line emission from different atoms and ions is a signature from the neutral and ionized interstellar medium in galaxies and is important to diagnose the dust-enshrouded power sources in ULIRGs.
Markarian (Mrk) 231 has long tidal tails and a disturbed shape, a typical signature of colliding galaxies. It is located about 600 million light-years from Earth (in the constellation of Ursa Major).
Markarian 231
Mrk 231
PACS spectrum of the active galaxy Mrk 231
ESA/NASA/JPL-Caltech
2009-11-27
This is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.
NASA Herschel Science Center
http://www.jpl.nasa.gov/imagepolicy/
xThis is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.
PACS has detected a weak emission line, never before detected in a ULIRG, originating from neutral oxygen located in the interstellar medium of this galaxy. Its ratio with a stronger line of ionized carbon is a good diagnostic of the power source and the conditions in the interstellar medium of the galaxy.
Previous infrared space missions discovered that collisions and mergers of gas-rich galaxies glow with the luminosity of a quasar. The far-infrared luminosity of these dust-shrouded mergers, known as Ultraluminous Infrared Galaxies (ULIRGs), is caused by extremely energetic starbursts, producing hundreds of new stars every year, as well as by accreting super-massive black holes in their active nuclei.
In addition to immense continuum and strong molecular line emission, starburst galaxies also emit weak far-infrared spectral lines. This line emission from different atoms and ions is a signature from the neutral and ionized interstellar medium in galaxies and is important to diagnose the dust-enshrouded power sources in ULIRGs.
Markarian (Mrk) 231 has long tidal tails and a disturbed shape, a typical signature of colliding galaxies. It is located about 600 million light-years from Earth (in the constellation of Ursa Major).i This is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.n ESA/NASA/JPL-Caltech *PACS spectrum of the active galaxy Mrk 2317 200911278BIM ( xThis is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.
PACS has detected a weak emission line, never before detected in a ULIRG, originating from neutral oxygen located in the interstellar medium of this galaxy. Its ratio with a stronger line of ionized carbon is a good diagnostic of the power source and the conditions in the interstellar medium of the galaxy.
Previous infrared space missions discovered that collisions and mergers of gas-rich galaxies glow with the luminosity of a quasar. The far-infrared luminosity of these dust-shrouded mergers, known as Ultraluminous Infrared Galaxies (ULIRGs), is caused by extremely energetic starbursts, producing hundreds of new stars every year, as well as by accreting super-massive black holes in their active nuclei.
In addition to immense continuum and strong molecular line emission, starburst galaxies also emit weak far-infrared spectral lines. This line emission from different atoms and ions is a signature from the neutral and ionized interstellar medium in galaxies and is important to diagnose the dust-enshrouded power sources in ULIRGs.
Markarian (Mrk) 231 has long tidal tails and a disturbed shape, a typical signature of colliding galaxies. It is located about 600 million light-years from Earth (in the constellation of Ursa Major).i This is one of the early spectra obtained with the PACS integral field spectrometer on Herschel. Shown here is a spectral scan of one of the emission lines detected by PACS in the Ultraluminous Infrared Galaxy (ULIRG) known as Markarian 231.n ESA/NASA/JPL-Caltech *PACS spectrum of the active galaxy Mrk 2317 200911278BIM% 86)g2GXV8BIM
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