2014 Halley Lecture

Date: 
10 Jun 2014 - 5:00pm to 6:00pm
Venue: 
Martin Wood Complex, Department of Physics, University of Oxford, Parks Road, Oxford, OX1 3PU
Room: 
Martin Wood Lecture Theatre
Audience: 
General public (Age 14+)

University of Oxford
Halley Lecture

"How the Universe Evolved From Smooth to Lumpy -- the Physics of Galaxy Formation"

Professor Eliot Quataert
University of California, Berkeley Astronomy Department

Tuesday, 10 June 2014 at 5pm
(to be seated by 4.50pm)

Martin Wood Lecture Theatre
Clarendon Laboratory
Parks Road, Oxford

THIS LECTURE IS OPEN TO THE PUBLIC

This lecture will be followed by a Drinks Reception in the foyer of the Martin Wood

Abstract: The infant Universe was remarkably smooth compared to what we see around us today, with only tiny differences in its properties from one part to another. By contrast, there are enormous differences in the properties of the present-day Universe from one place to another: some regions host stars, galaxies, and even black holes while others do not. At the most basic level, we understand how gravity has built up this diversity of structures starting from the small differences present in the early Universe. However, developing a predictive model of how galaxies form requires understanding a broad range of phenomena: How does star formation and stellar death impact galaxies as a whole? How do black holes at the centre’s of galaxies grow and impact their surroundings? How does the hot plasma that pervades galaxies cool to fuel galaxy growth? In this talk, I will provide an overview of how the Universe evolved from its smooth beginnings to its present state and will highlight some of the key processes that influence how galaxies form.

For more information contact: 

Leanne O'Donnell
Tel: 01865 613 973
Email: Leanne.odonnell@astro.ox.ac.uk