A bstract The principle of maximum ignorance posits that the coarse-grained description of a
system is maximally agnostic about its underlying microscopic structure. We briefly review …

A bstract Driven quantum systems exhibit a large variety of interesting and sometimes exotic
phenomena. Of particular interest are driven conformal field theories (CFTs) which describe …

A bstract As a new ingredient for analyzing the fine structure of entanglement, we study the
symmetry resolution of the modular flow of U (1)-invariant operators in theories endowed …

We explore a conformal field theoretic interpretation of the holographic entanglement of
purification, which is defined as the minimal area of the entanglement wedge cross section …

A bstract Generalizing the bit thread formalism, we use convex duality to derive dual flow
programs to the bipartite and multipartite holographic entanglement of purification proposals …

Entanglement asymmetry is a measure of symmetry breaking in quantum subsystems,
inspired by quantum information theory, particularly suited to study out-of-equilibrium states …

A bstract We consider an operational restatement of the holographic principle, which we call
the principle of asymptotic quantum tasks. Asymptotic quantum tasks are quantum …

We study the entanglement of purification (EOP), a measure of total correlation between two
subsystems A and B, for free scalar field theory on a lattice and the transverse-field Ising …

We present a new perspective on bulk reconstruction using Berry phases in the boundary
conformal field theory (CFT). Our parallel transport of modular Hamiltonians is associated to …

A bstract We analyze the error correcting properties of the Sachdev-Ye-Kitaev model, with
errors that correspond to erasures of subsets of fermions. We study the limit where the …