Entanglement renormalization in two spatial dimensions

Abstract

We propose and test a scheme for entanglement renormalization capable of addressing large two-dimensional quantum lattice systems. In a translationally invariant system, the cost of simulations grows only as the logarithm of the lattice size; at a quantum critical point, the simulation cost becomes independent of the lattice size and infinite systems can be analysed. We demonstrate the performance of the scheme by investigating the low energy properties of the 2D quantum Ising model on a square lattice of linear size L={6,9,18,54,inf} with periodic boundary conditions. We compute the ground state and evaluate local observables and two-point correlators. We also produce accurate estimates of the critical magnetic field and critical exponent beta. A calculation of the energy gap shows that it scales as 1/L at the critical point.

4 pages, 5 figures, RevTeX 4. Revised for greater clarity

References in corpus (7)

• A class of quantum many-body states that can be efficiently simulated
• Classical simulation of infinite-size quantum lattice systems in two spatial dimensions
• Algorithms for entanglement renormalization
• Entanglement renormalization and topological order
• Entanglement renormalization, scale invariance, and quantum criticality
• Multi-scale Entanglement Renormalization Ansatz in Two Dimensions: Quantum Ising Model
• Quantum MERA Channels

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