We consider the ground state of two species of one-dimensional critical free theories
coupled together via a conformal interface. They have an internal U (1) global symmetry and …

We study the melting of a domain wall in a free-fermionic chain with a localised impurity. We
find that the defect enhances quantum correlations in such a way that even the smallest …

A bstract The entanglement asymmetry is an information based observable that quantifies
the degree of symmetry breaking in a region of an extended quantum system. We …

A bstract We study multi-charged moments and symmetry-resolved Rényi entropy of free
compact boson for multiple disjoint intervals. The Rényi entropy evaluation involves …

We study the evolution of entanglement after a global quench in a one-dimensional
quantum system with a localized impurity. For systems described by a conformal field theory …

A bstract We consider the ground state of a theory composed by M species of massless
complex bosons in one dimension coupled together via a conformal interface. We compute …

We consider a free-fermion chain with a conformal defect that features an extended zero
mode, and study the entanglement properties in its mixed ground state. The zero-mode …

We study the ground-state entanglement Hamiltonian of several disjoint intervals for the
massless Dirac fermion on the half-line. Its structure consists of a local part and a bi-local …

A bstract We consider the ground state of a one-dimensional critical quantum system
carrying a global symmetry in the bulk, which is explicitly broken by its boundary conditions …

A bstract The negativity Hamiltonian, defined as the logarithm of a partially transposed
density matrix, provides an operatorial characterisation of mixed-state entanglement …