Projections of the gas density (left), temperature (middle) and gas metallicity (right) of the high resolution level 3 simulation of Au 6, at three different redshifts.
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Auriga 1
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 2
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 3
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 4
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 5
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 6
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 7
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 8
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 9
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 10
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 11
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 12
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 13
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 14
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 15
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 16
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 17
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 18
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 19
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 20
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 21
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 22
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 23
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 24
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 25
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 26
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 27
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
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Auriga 28
Time evolution of the stellar component of an Auriga galaxy. The 3-band image maps the K-, B- and U-band luminosities to the red, green and blue color chanels, respectively. The earliest time is the bottom-left panel, with subsequent snapshots proceeding right and then upward.
Projections of the gas density (left), temperature (middle) and gas metallicity (right) of the high resolution level 3 simulation of Au 6, at three different redshifts.
A series of 3-colour projections depicting the evolution of the hot (red), warm (green) and cold (blue) gas phases over the last 10 billion years.
Movie showing the evolution of one of the simulations from very high redshift to present day. The movie fades between dark matter density, gas density, stars, metallicity and magnetic field strength. In the last of these, field lines indicate the directions of the magnetic field.
Movie showing the evolution of three simulations of haloes with present day mass between 0.5 and 1 trillion solar masses (twice as light as the original Auriga simulations). The movie fades between dark matter density, gas density, stars, metallicity and magnetic field strength. In the last of these, field lines indicate the directions of the magnetic field.