264 papers
This paper demonstrates that among all possible scalar couplings in arbitrary dimensions, only spatially random Yukawa interactions in dimensions uniquely produce the linear-in-temperature resistivity characteristic of strange metals.
This paper demonstrates that evolving thermal pure crosscap states under spatially inhomogeneous Hamiltonians in (1+1)-dimensional critical systems generates universal, graph-like entanglement patterns that prevent thermalization and scrambling, a phenomenon confirmed by both field-theoretic analysis and holographic AdS/CFT calculations.
This paper proposes a continuum QED description with emergent symmetries for the multicritical point in a staggered Fradkin-Shenker model, demonstrating how it connects to the original model and establishing a duality with the easy-plane model that implies a deconfined quantum multicritical point separating a gapped spin liquid from a Néel phase.
This study utilizes lattice QCD simulations to analyze the Dirac eigenspectrum at finite temperature, revealing how intermediate level statistics and Thouless conductance serve as diagnostics for the interplay between chiral symmetry restoration and disorder-driven localization, particularly in the context of the effective restoration of the anomalous symmetry.