Density Matrix Renormalization Group / Quantum / Computer Sciences / Tensor Networks / /
Country
Jordan / United States / /
Facility
Simons Institute / University of California / /
IndustryTerm
exhibit power law decay / non-zero energy gap / subexponential time algorithm / mean-field free energy / heuristic algorithm / product state solutions / 2D area law holds / free energy / product-state solution / d-dimensional systems / approximation algorithm / invariant 1D systems / polynomial time algorithm / maximum energy configuration / area law / heuristic algorithms / power law / perspective involving constraint systems / computing / ground state energy / constraint systems / gapped 1D systems / variational algorithm / physical systems / Approximation algorithms / energy / /
Organization
International Monetary Fund / UC Berkeley / University of California / Berkeley / Department of Electrical Engineering and Computer Sciences / Department of Physics / Simons Institute for Theoretical Computing / /
Person
David Deutsch / /
Position
physicist / friendly neighborhood physicist for further details / /
Quantum Hamiltonian Complexity Sevag Gharibian∗ Yichen Huang† Zeph Landau∗