Speaker
Pietro Silvi
(University of Padua)
Description
Non-abelian gauge theories play a pivotal role in our description of the universe, from low to high-energies, but their complexity hinders our understanding of their emergent phenomena. In this talk, we will consider a one-dimensional SU(2) lattice gauge theory with dynamical matter, the simplest theory supporting the existence of baryons and mesons. We will show how to build a quantum simulator based on trapped ions of this theory and which phenomena can be explored with this experimental toolbox. Moreover, we will analyse real-time dynamics phenomena related to ergodicity, first of all the emergence of quantum scars, in various dynamical regimes.
Primary authors
Ms
Claire Edmunds
(Innsbruck University)
Dr
Darvin Wanisch
(Padua University)
Mr
Giovanni Cataldi
(Padua University)
Dr
Giuseppe Calajo'
(INFN Padova)
Prof.
Jad Halimeh
(LMU Muenchen)
Dr
Martin Ringbauer
(Innsbruck University)
Pietro Silvi
(University of Padua)
Prof.
Simone Montangero
(Padua University)
