Condensed Matter · Physics & Astronomy
Mesoscale & Nanoscale Physics
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200 papers, from 21 September 2026 to 5 November 2026: 200 arXiv preprints.
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Newest papers, page 9
Resonances control when multiterminal Josephson currents reduce to two-terminal couplings
Multiterminal Josephson junctions, in which one weak link couples three or more superconductors, are studied as hosts of topological Andreev bands, multi-pair supercurrents and tunable circuit…Algebraic Relaxation of Strong-to-Weak Symmetry-Breaking Order via Charge-Sector Broadening
Strong-to-weak spontaneous symmetry breaking (SW-SSB) is a distinctive phenomenon of mixed quantum states, characterized by nonlinear long-range order associated with strong symmetry.Quantum Krylov Learning
The Hamiltonian of a natural quantum system is usually determined indirectly, by proposing microscopic models and comparing their predicted observables with experiment.How Superradiance Survives Molecular Noise inside Virus Capsids
Excited organic dyes chemically bound to an icosahedral virus shell can spontaneously synchronize and emit a superradiant burst of light.Quantum States and Spectra of Small Cylindrical and Toroidal Lattices
We examine the spectrum and quantum states of small lattices with cylindrical and toroidal topology subject to a scalar gauge potential that introduces a position dependent phase in the inter-site…Cavity-QED enhancement of quantum entanglement and battery performance in double quantum dots
We theoretically investigate quantum correlations and energy storage in a single-electron silicon double quantum dot (eDQD) coupled to a single-mode microwave cavity.Optically-Induced Modulation and Programming of Diamond Photonic Cavities
Single-crystal diamond combines exceptional optical, thermal, and mechanical properties while hosting optically addressable and spin-coherent colour centres, making it a promising platform for…Multistate Torsion in Zitterbewegung
We derive nonlinear Zitterbewegung velocity of electrons augmented by band torsion in crystals.Interferometric Readout of Momentum-Space Topology in a Programmable Dissipative Photonic Circuit
Topology under non-Hermitian dynamics is encoded in the phase of the bulk evolution, yet strong dissipation suppresses the amplitudes carrying it.Single-particle detection of the Néel transition in LaCrO$_3$ microcrystals via widefield nitrogen-vacancy center magnetic imaging
Rare-earth orthochromites exhibit rich, chemically tunable magnetic behavior, making them attractive for temperature sensing and temperature-dependent switching applications.FLARE: Flow Matching with Local Axis-Angle Representations for Stochastic Micromagnetic Evolution
Long-horizon micromagnetic simulation remains expensive because conventional and learned solvers typically propagate Landau--Lifshitz--Gilbert (LLG) dynamics step by step.Trotterisation Thresholds and Dissipative Quantum Chaos in Open-System Digital Quantum Simulation
Digital quantum simulation (DQS) is one of the most promising applications of quantum computing.Improving the Stability of the Hierarchical Equations of Motion for Open Quantum Systems with Strong Coupling to Structured Bosonic Baths
The hierarchical equations of motion (HEOM) approach is one of the most powerful methods avail- able to simulate the dynamics of open quantum systems.Electron decoherence in cylindrical holes and circular apertures
The coherence of free electrons sets fundamental limits on the resolution and contrast of phase-sensitive electron microscopy because coherence is lost whenever the electron leaves a distinguishing…Topological Band Theory for High-Dimensional Parameter Spaces
We study the topological band theory of quantum Hall systems in which the adiabatic flux parameters of an external gauge potential form a high-dimensional manifold.Characterizing quantum precision enhancement for multiple currents in open quantum systems
The kinetic uncertainty relation (KUR) constrains fluctuations of individual currents in classical nonequilibrium systems in terms of the dynamical activity, which quantifies the average number of…In-plane optimal qubit operation with control fidelities exceeding 99 %
Hole spin qubits based on semiconductor quantum dots are promising for building future large-scale quantum computers owing to their all-electrical manipulation.High-fidelity geometric quantum gates exceeding 99.9% in germanium quantum dots
Achieving high-fidelity and robust qubit manipulations is a crucial requirement for realizing faulttolerant quantum computation.Engineering Defect-Phonon Interactions Through Heterophase-Interfaces in Silicon Carbide Membranes
Point defects in wide-bandgap semiconductors offer spin and photonic qubits in a solid-state platform, making them important building blocks for quantum information processing, communication, and…Placement-driven reversal of preferred spin alignment in monolayer hBN vacancy pairs
The negatively charged boron vacancy is an optically addressable spin centre in hexagonal boron nitride (hBN), but bringing two vacancies together introduces electronic interactions absent from the…