Making sense of Lorentz symmetry violation and quantum anomalies in
topological phases
Dr. Alberto Martín Ruiz, ICN-UNAM
High energy physics and condensed matter physics operate at very
different energy scales. However, low energy excitations (quasiparticles)
of topological quantum phases can be described by Dirac-type equations.
This provides an interesting platform to test phenomena associated with
relativistic fermions and Lorentz invariance, which is not a prerequisite
in condensed matter applications. In this talk I will present some results
regarding the connection between quantum anomalies and anomalous transport
in topological phases. I will discuss also the physical realization of the
Standard Model Extension in topological phases.
Liga de Zoom:
https://cuaieed-unam.zoom.us/j/82622280628?pwd=c1R1UWpjbDdtM0RwYTNkK09kdmthdz09