2016Swinburne figshare (Swinburne University of Technology)Open access

Brightest cluster galaxies as probes of galaxy formation

Paola Oliva‐Altamirano

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Abstract

Brightest group and cluster galaxies are the most massive galaxies in the Universe and reside at the centres of galaxy clusters. These galaxies push galaxy formation and evolution models to their limits, providing a strong test to our current paradigm of galaxy formation. This thesis studies important tracers of these galaxies' evolution, such as: their stellar mass growth across time, their star formation activity, their accretion histories and their angular momentum. Together the results establish a general picture of the life of massive galaxies, which can be compared to current galaxy models.

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What this paper is about

Brightest group and cluster galaxies are the most massive galaxies in the Universe and reside at the centres of galaxy clusters. These galaxies push galaxy formation and evolution models to their limits, providing a strong test to our current paradigm of galaxy formation. This thesis studies important tracers of these galaxies' evolution, such as: their stellar mass growth across time, their star formation activity, their accretion histories and their angular momentum. Together the results establish a general picture of the life of massive galaxies, which can be compared to current galaxy models.

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Available abstract

Brightest group and cluster galaxies are the most massive galaxies in the Universe and reside at the centres of galaxy clusters. These galaxies push galaxy formation and evolution models to their limits, providing a strong test to our current paradigm of galaxy formation. This thesis studies important tracers of these galaxies' evolution, such as: their stellar mass growth across time, their star formation activity, their accretion histories and their angular momentum. Together the results establish a general picture of the life of massive galaxies, which can be compared to current galaxy models.

Key concepts: Brightest cluster galaxy, Physics, Lenticular galaxy, Astrophysics, Interacting galaxy, Galaxy group, Galaxy merger, Peculiar galaxy

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