Role of clusters of galaxies in the evolution of the metal budget in the Universe

Abstract

Using the guidelines on SN element production provided by XMM-Newton, we summarize the results of ASCA observations on the element abundance in groups and clusters of galaxies. We show that while the metal production in groups could be described by a stellar population with a standard local IMF, clusters of galaxies require a more top-heavy IMF. We attribute an excess heavy element production to an IMF evolution with redshift. Dating the galaxy formation in clusters by observations of the star-formation rate, we conclude that the IMF variations have occurred preferentially at z>~4. We further combine our metallicity measurements with the mass function of clusters to estimate the role of clusters in the evolution of the metal content of the Universe. We argue that at no epoch stars are a major container of metals, unless groups of galaxies are not representative for the star-formation. This lends further support for the reduced (0.6 solar) mass-averaged oxygen abundance in the stellar population.

8 pages, 2003, ApJ, 594, September 1 issue

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• The Enrichment History of Baryons in the Universe
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• The Two-dimensional XMM-Newton Group Survey: z<0.012 groups
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• XMM-Newton EPIC Observation of the Galaxy Cluster A3667
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