Speaker
Dr
Aurora Perez Martinez
(USAL)
Description
The photon propagation in a magnetized vacuum is described by non-linear electrodynamics. In this framework, the Energy momentum Tensor is obtained using the robust Euler-Hilbert method that allows getting physical quantities in particular the equation of state. The pressure becomes anisotropic and it is possible to define a pressure perpendicular and parallel to the magnetic field. The calculation is done for arbitrary values of the magnetic field 0<B/Bc<430 applicable for understanding Astrophysical phenomena but also to confirm QED predictions, using top-table experiments with pulsating lasers, or interpreting results as signals of new physics.
Author
Dr
Aurora Perez Martinez
(USAL)
Co-authors
Dr
M Angeles Perez-Garcia
(USAL)
Elizabeth Rodriguez Querts
(Instituto de Cibernética Matemática y Física ICIMAF)
