Speaker
Manuel Asorey
Description
Abstract:
We analyse how the interplay between entanglement and quantum magic
constrains the structure of fundamental interactions, We show that the
entanglement generated by the scattering of gluons and gravitons is
maximal if the couplings preserve gauge invariance and diffeomorfism
invariance. Under the same conditions quantum magic, i.e. the
non-Clifford component that enables universal quantum computation is
minimal, but never vanishes. This dual informational principle may
underlie the emergence of gauge invariance in fundamental physics.