Speaker: Christian Norte (Ben Gurion University)

Title: Entanglement Resolution and (Boundary) Conformal Field Theory

Conformal field theory is playing an essential role in
developing our understanding of entanglement in many-body systems and
field theory. I will discuss how it allows one to access the
entanglement spectrum, which is known to encode defining characteristics
of the system, such as topological signatures. In order to study these
spectra in-depth in the presence of symmetries, a refined notion, called
symmetry-resolved entanglement, can be introduced. I will demonstrate
the lessons this holds when the system’s symmetry is generated by a U(1)
Kac-Moody algebras and the Virasoro algebra.

This talk will be in hybrid mode via zoom, please contact the seminar organisers to obtain the password.

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