Frontiers in Nuclear Theory Colloquium: "Geometry, Noether currents and relativistic fluids"

Stefan Flörchinger, University of Heidelberg
Zoom (see event info)

It is well known that the covariant conservation of energy and momentum, that underlies relativistic fluid dynamics, is a consequence of diffeomorphism invariance in relativistic quantum field theory. I will show that further divergence-type equations of motion can be obtained for the spin current, the dilatation current and the shear current from extended space-time symmetry transformations. These relations could be the missing link for an understanding of causal relativistic fluid dynamics in terms of quantum field theory. If time permits I will also comment on the second law of thermodynamics for relativistic fluids from a quantum information theoretic perspective.

Zoom link will be available via announcement email, or by contacting: ncwarrin[at]uw.edu. 

Website: https://sites.google.com/uw.edu/int/frontiers-in-nuclear-theory-colloqu…

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