We investigate the features of the entanglement spectrum (distribution of the eigenvalues of the reduced density matrix) of a large quantum system in a pure state. We consider all Renyi entropies and recover purity and von Neumann entropy as particular cases. We construct the phase diagram of the theory and unveil the presence of two critical lines
Let a pure state vertical bar psi > be chosen randomly in an NM-dimensional Hilbert space, and consi...
We studied numerically the distribution of the entanglement Hamiltonian eigenvalues in two one-dimen...
The interplay of the constituents of interacting many-body systems may reveal emergent properties on...
We investigate the features of the entanglement spectrum (distribution of the eigenvalues of the red...
We study the behavior of bipartite entanglement at fixed von Neumann entropy. We look at the distrib...
We analyze the statistical properties of the entanglement of a large bipartite quantum system. By fr...
4 pages revtex, 2 figures includedInternational audienceUsing a Coulomb gas method, we compute analy...
Using a Coulomb gas method, we compute analytically the probability distribution of the Renyi entrop...
7 figuresInternational audienceWe compute analytically the statistics of the Renyi and von Neumann e...
We study the distribution of the Schmidt coefficients of the reduced density matrix of a quantum sys...
We develop a general theory of the relation between quantum phase transitions (QPTs) and bipartite e...
analytically the statistics of the Renyi and von Neumann entropies (standard measures of entanglemen...
International audienceEntanglement is a central feature of many-body quantum systems and plays a uni...
Entanglement is a central feature of many-body quantum systems and plays a unique role in quantum ph...
The entanglement spectrum of a pure state of a bipartite system is the full set of eigenvalues of th...
Let a pure state vertical bar psi > be chosen randomly in an NM-dimensional Hilbert space, and consi...
We studied numerically the distribution of the entanglement Hamiltonian eigenvalues in two one-dimen...
The interplay of the constituents of interacting many-body systems may reveal emergent properties on...
We investigate the features of the entanglement spectrum (distribution of the eigenvalues of the red...
We study the behavior of bipartite entanglement at fixed von Neumann entropy. We look at the distrib...
We analyze the statistical properties of the entanglement of a large bipartite quantum system. By fr...
4 pages revtex, 2 figures includedInternational audienceUsing a Coulomb gas method, we compute analy...
Using a Coulomb gas method, we compute analytically the probability distribution of the Renyi entrop...
7 figuresInternational audienceWe compute analytically the statistics of the Renyi and von Neumann e...
We study the distribution of the Schmidt coefficients of the reduced density matrix of a quantum sys...
We develop a general theory of the relation between quantum phase transitions (QPTs) and bipartite e...
analytically the statistics of the Renyi and von Neumann entropies (standard measures of entanglemen...
International audienceEntanglement is a central feature of many-body quantum systems and plays a uni...
Entanglement is a central feature of many-body quantum systems and plays a unique role in quantum ph...
The entanglement spectrum of a pure state of a bipartite system is the full set of eigenvalues of th...
Let a pure state vertical bar psi > be chosen randomly in an NM-dimensional Hilbert space, and consi...
We studied numerically the distribution of the entanglement Hamiltonian eigenvalues in two one-dimen...
The interplay of the constituents of interacting many-body systems may reveal emergent properties on...
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