High-redshift radio galaxies: at the crossroads
arXiv:astro-ph/0303045 · doi:10.1016/S1387-6473(03)00056-3
Abstract
The next generation of surveys of extragalactic radio sources will be dominated by different types of objects than the jetted-AGN that dominate surveys like 3C, 6C and 7C. Before radio astronomy becomes concentrated on the new types of object, it is vital that we understand the cosmological importance of the jetted-AGN that have been studied for many years. I argue that, as observational manifestations of Eddington-tuned outflow events, these objects may have more significance for galaxy/cluster formation and evolution than is typically appreciated. Outstanding problems in galaxy formation may be solved by cosmological simulations in which this type of outflow, as well as other types associated with weaker jets, are properly taken into account. I will highlight areas of ignorance which are currently hindering attempts to do this.
12 pages, 3 figures, Invited Review to appear in "Radio galaxies: past, present & future". eds. M. Jarvis et al., Leiden, Nov 2002
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Cited by in corpus (11)
- Distant Radio Galaxies and their Environments
- Dust and star formation in distant radio galaxies
- Evidence that powerful radio jets have a profound influence on the evolution of galaxies
- The Filamentary Large Scale Structure around the z = 2.16 Radio Galaxy PKS 1138-262
- Time variability of AGN and heating of cooling flows
- The TOOT Survey: status and early results
- Giant Ly-alpha nebulae in the high redshift (z>2) Universe
- The TexOx-1000 redshift survey of radio sources I: the TOOT00 region
- Superdisks in Radio Galaxies: Jet-Wind Interactions
- Spectroscopic characterization of the protocluster of galaxies around 7C 1756+6520 at z ~ 1.4
- The TOOT00 Redshift Survey of Radio Sources