Condensed Matter · Physics & Astronomy
Strongly Correlated Electrons
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219 papers, from 7 September 2026 to 5 November 2026: 219 arXiv preprints.
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Newest papers, page 3
Quasi-Phases of Quantum Matter
Within quantum many-body phase diagrams, continuous transition lines can appear and then terminate.Algebraic strong-to-weak symmetry breaking and partial decodability in the surface code
Coherent noise can give rise to unconventional regimes of quantum information recovery and mixed-state order.Toric codes all the way down: decoupling translation-invariant topological CSS codes in higher dimensions
Topological Calderbank-Shor-Steane (CSS) codes in more than two spatial dimensions offer features useful for fault-tolerant quantum computation, such as transversal non-Clifford gates and…Algebraic theory of abelian fractons and beyond
We develop an algebraic theory of fusion, mobility, and statistics in abelian gapped fracton orders and topological phases.Entanglement diagnostics of stochastic-resetting steady states: theory and measurement on superconducting qubits
Stochastic resetting drives quantum systems into nonequilibrium stationary states unreachable under uninterrupted unitary evolution, and their entanglement depends on whether the reset history is…Gapless and Non-Equilibrium Topology in Blockaded Ladders
We propose a multi-leg PXYP model as a minimal setting to explore constraint-induced intertwinement between itinerant and internal degrees of freedom.A Universal Approach to Hydrodynamics in Higher Dimensions via Tensor Networks
Extracting late-time hydrodynamic transport properties directly from microscopic quantum models, especially in dimensions beyond one, is believed to be classically intractable.Singlet-Triplet Transition of Rotating Moiré Atoms in a Magnetic Field
Moiré superlattices can bind several electrons to each potential minimum, forming few-electron "moiré atoms.Beyond the Kubo formula: unification of adiabatic and isothermal response in quantum systems
The static limit of the Kubo susceptibility describes the adiabatic response of an isolated quantum system, in which energy-level occupations remain unchanged, and generally differs from the…Proof of the entropic $c$-theorem
We prove an entropic $c$-theorem in two dimensions by constructing a $c$-function from the mutual information between spacelike separated wedges, defined through the relative entropy.Exact Electron Dynamics in Linear and Chiral Cavities: Complete Field versus Single-Helicity Reduction
Can a chiral cavity turn a free electron into a Landau-like orbiting particle?Time evolution in the multi-component dynamical Keldysh models
We construct a time evolution operator for a dynamical quantum models with a multi-component random Gaussian field characterized by a long correlation time.Exploring Fractional Quantum Hall States with Deep Learning: From Abelian to Non-Abelian Phases
Fractional quantum Hall systems host strongly correlated topological phases with potential applications in topological quantum computation, yet identifying their microscopic ground states remains…Gravitational anomaly spectroscopy of a Kitaev spin liquid
The chiral central charge $c$ measures the gravitational anomaly of a two-dimensional topological phase and fixes the heat current along its edge.Mixed-State Topological Transition and Emergent Fractionalized Supersymmetry in the Non-Abelian Kitaev Spin Liquid
We study a mixed-state topological transition in the non-Abelian Kitaev spin liquid driven by a bond-dephasing channel.An Eigenvector-Continued Green's Function Method
Emulating the Green's function using reduced-order equations is challenging because of the amount of information it contains.Fate of Quantum Magic
Magic, a quantum resource distinct from entanglement, measures departure from states stabilized by products of Pauli operators.Measurement-induced entanglement phases in hyperbolic gauge-Higgs models
Gauge-Higgs theory in flat spacetime provides a prime theoretical model of multiple phases of matter with distinct entanglement structures.Quantum Fisher Information Deficit as a Geometric Signature of Strong-to-Weak Spontaneous Symmetry Breaking
Recently, strong-to-weak spontaneous symmetry breaking (SW-SSB) has been established as a framework for describing quantum phases in open systems.New Developments in Diagrammatic Monte Carlo for Interacting Lattice Fermions: Efficient Algorithms and Applications
This thesis develops diagrammatic methods for thermodynamic and subsystem quantities of interacting lattice fermions, providing reference calculations for quantum simulators and many-body…