University of São Paulo
Fluid dynamic behavior is observed in radically different systems, ranging from ordinary fluids (such as water) to their exotic counterparts formed in ultra-relativistic particle collisions and the strongly interacting matter formed in neutron star mergers. Yet, their description defies physicists and mathematicians, especially when the flow velocities involved are near the speed of light.
This talk will present an introduction to the modern applications of fluid dynamics, focusing on the Quark-Gluon Plasma, the primordial liquid that existed microseconds after the Big Bang. First principles calculations that have challenged the very foundations of fluid dynamics, pushing it towards the far-from-equilibrium regime, will be discussed. A new type of universality is shown to emerge in systems far from equilibrium via non-equilibrium attractor solutions, first found in relativistic liquids.
About the speaker
Jorge Noronha received his PhD in theoretical physics from Goethe University Frankfurt, Germany, in 2007. Following his PhD, Jorge worked as a postdoctoral scientist at Columbia University from 2008-2011 before joining the faculty at the University of Sao Paulo, Brazil, where he is currently an Assistant Professor.
Jorge research interests' include, Quantum chromodynamics, String theory and the holographic duality, Quark-gluon plasma, and Fluid dynamics and kinetic theory in curved spacetimes.