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 2
Closed- and open-system characterization of the Yukawa-SYK model in real time
Strongly correlated matter without quasiparticles is central to many-body physics, quantum chaos, and quantum gravity, motivating a considerable effort toward its realization in tabletop experiments.Efficient simulations of spectra and transport for multiorbital quantum impurities
Quantum impurity calculations become challenging when multiple correlated orbitals are treated explicitly, particularly in nonequilibrium steady states.Noise-Induced Topology in Chiral Quantum Walks
Noise typically destroys quantum coherence and washes out transport phenomena that rely on interference.Quantized pumping of boundary Hilbert space in chiral Floquet phases
Chiral Floquet phases support quantized chiral flow along their boundaries even when the bulk is fully localized.Spin SYK-dot chains: entanglement bound and resource estimates towards a quantum advantage
Ground states of Sachdev-Ye-Kitaev (SYK)-type models are volume-law entangled, which makes them costly both for tensor networks and for quantum hardware simulations.Reconstruction of the conformal algebra from a critical groundstate on the (fuzzy) sphere
Recently, we found a method to reconstruct the dilatation operator (sphere Hamiltonian) from a regulated conformal field theory groundstate.Interaction-driven Weyl superfluids from topologically trivial bands in an optical Raman lattice
We propose a scheme to realize Weyl superfluidity from topologically trivial bands in the strongly correlated regime of a three-dimensional optical Raman lattice.Convergence of many-body truncations in the in-medium similarity renormalization group
The in-medium similarity renormalization group (IMSRG) is a leading \textit{ab initio} method for describing atomic nuclei.Chirality-Induced Angular-Momentum Pumping by Moving Charges
Chirality-induced spin selectivity is established even in light elements at room temperature; dissipation and electron correlations are implicated, here combined in one mechanism.eCAS: An Orbital Embedding Method for Quantum Computing
Future fault-tolerant quantum computers will allow us to calculate electronic structures of atomistic systems.Lifting the mixed to the pure: quantum phases of matter from canonical purification
Pure-state quantum phases are defined through finite-depth local unitary connections.Solvable coupled cluster states in $d=\infty$ with prescribed momentum distribution
Two of the most successful ideas in many-body theory, the exponential coupled cluster ansatz and DMFT, have to date developed separately.Charge Pumping Leptogenesis from the Symmetric Mass Generation Phase on a Four-Leg Ladder Lattice
Quantized charge pumping in quantum Hall systems is a bulk topological property, typically manifesting on gapless boundaries as spectral flow through chiral edge modes upon flux insertion.Exhaustive Construction of Generalized Parent Hamiltonians for Matrix Product States
Characterizing local Hamiltonians that host interesting many-body states as eigenstates has been an important problem in quantum many-body physics.Distance to integrability and complexity
We consider nearest-neighbour interactions on spin-1/2 chains.A Zoo of Fermionic Relative Rényi Negativities in the Sachdev-Ye-Kitaev Models
Quantum entanglement is a fundamental resource that gives rise to correlations with no classical counterpart in strongly correlated fermionic systems.Excitons in solid molecular hydrogen from quantum Monte Carlo
We use quantum Monte Carlo (QMC) methods to investigate the lowest neutral excitation of solid molecular hydrogen in phase-I under increasing compression, with emphasis on structural and response…Static Response of the Strongly Coupled Electron Gas from Diffusion Monte Carlo
The local field factor $G(q)$ of the HEG describes how exchange and correlation modify the response to a static perturbation, and enters dielectric screening, effective electron--electron…Adiabatic Variational Principle: Born-Oppenheimer Theory for Emergent Electronic-Order Dynamics
Recent advances in microscopic many-body methods have enabled increasingly accurate descriptions of equilibrium quantum states, yet large-scale simulations of emergent-order dynamics typically rely…Three-dimensional QCA that are not stably circuits
We prove that the three-dimensional chiral $\Z_p$ Clifford quantum cellular automata of Haah and of Sun--Yang--Wang--Tantivasadakarn--Chen are, for every odd prime $p$, not finite-depth quantum…