Pappalardo Fellowships in Physics: Dr. Paul Chesler
Dr. Paul Chesler, 2009-12 Fellow (Nuclear & Particle Theory)
A remarkable result from heavy ion collisions at the Relativistic Heavy Ion Collider is that, shortly after a collision, the medium produced behaves as a nearly ideal liquid. The system is very dynamic and evolves from a state of two colliding nuclei to a liquid in a time roughly equivalent to how long it takes light to cross a proton. Understanding the mechanisms behind the rapid approach to a liquid state is a challenging task. In recent years, string theory has emerged as a powerful tool to study phenomena like this, mapping the dynamics of quantum systems onto the dynamics of classical gravitational systems. The creation of a quantum liquid is mapped onto the classical process of gravitational collapse and black hole formation. I’ll describe how I’m using string theory and numerical relativity to study processes which mimic heavy ion collisions.
You need to log in, in order to post comments.
- June 03, 2010 09:22
- All Rights Reserved (What is this?)
- Additional Files
- 5398 times
Added 6 years ago | 00:23:46 | 5765 views
Added 6 years ago | 00:21:59 | 5840 views
Added 6 years ago | 00:13:58 | 7632 views
Added 6 years ago | 00:24:04 | 6229 views
Added 6 years ago | 00:29:33 | 5629 views