A new family of free fermionic quantum spin chains with multispin interactions was recently
introduced. Here we show that it is possible to build standard quantum Ising chains—but …

We explore the connection between the area law for entanglement and geometry by
representing the entanglement entropies corresponding to all 2 N bipartitions of an N-party …

The rainbow state denotes a set of valence bond states organized concentrically around the
center of a spin 1/2 chain. It is the ground state of an inhomogeneous XX Hamiltonian and …

The time evolution of a quantum state with short-range correlations after a quench to a one-
dimensional critical Hamiltonian can be understood using the quasiparticle picture, which …

We study an inhomogeneous critical Ising chain in a transverse field whose couplings decay
exponentially from the center. In the strong inhomogeneity limit, we apply Fisher's …

We have recently shown that the entanglement entropy of any bipartition of a quantum state
can be approximated as the sum of certain link strengths connecting internal and external …

The ground state of a free-fermionic chain with inhomogeneous hoppings at half-filling can
be mapped into the Dirac vacuum on a static curved space-time, which presents exactly …

We describe a relation between the light-cone velocities after a quantum quench and the
internal structure of the initial state, in the particular case of free fermions on a chain at half …

We investigate the entanglement between the spins of two quantum dots that are not
simultaneously connected to the same system. Quantum entanglement among localized …

We attempt to reveal the geometry, emerged from the entanglement structure of any general
N-party pure quantum many-body state by representing entanglement entropies …