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 6
Observation of correlations beyond the single-particle picture in fermionic counting statistics
The analysis of charge fluctuations in a mesoscopic device can shed light on the fundamental question of whether or not a single-particle picture of electron transport is appropriate, even in the…Standard and Bipolar Rectification in Tilted Periodically-Driven Quantum Systems
Developing mechanisms to control transport in correlated quantum systems is essential for advancing quantum circuit technologies.Semiclassical Analysis of Wave Dynamics via Wigner Transforms: Applications to the Quantum Harmonic, Anharmonic, and Dirac Oscillator
In this Master's thesis, we give a pedagogical introduction to the semiclassical analysis of wave dynamics in single-band and multi-band systems.Emergent Non-Biorthogonal Born Rule at Dynamical Quantum Phase Transitions
Non-Hermitian dynamics possesses distinct left and right eigenstates, but their normalization freedom obscures a direct probabilistic interpretation.WannierSTM: Efficient superconducting scanning-probe spectroscopy from maximally localized Wannier functions
We present a Python-based program that combines maximally localized Wannier functions-based first-principles electronic structure with the nonequilibrium Green's function formalism to enable…Role of dissipation dilution in achieving high mechanical quality factors in van der Waals resonators
Dissipation dilution has driven a revolution in the quality factors ($Q$) of top-down nanomechanical resonators.Dark state preparation in a zero-field-split molecular triplet
We propose a protocol to prepare and probe dark states in a single-molecule electron spin resonance based on atomic force microscopy (ESR-AFM), thus extending existing techniques developed to…Non-Abelian quantum Hall states at strong Landau level mixing: finding anyons with first-principles AI
Non-Abelian anyons, strange particles forming the basis of fault-tolerant topological quantum computing, are predicted to emerge in fractional quantum Hall states at even-denominator filling factors.Cavity-assisted dynamic nuclear polarisation
Dynamic nuclear polarisation transfers polarisation from electron to nuclear spins by relying on a dissipative channel.The noise cost of reservoir locality in broadband quantum amplifier chains
Directional quantum amplifiers enable weak-signal readout while protecting the source, but reservoir noise limits sensitivity.Measuring higher-order bulk topology in a programmable quantum simulator
Topological insulators lie outside the standard Landau paradigm: Instead of being characterized by local order parameters and spontaneous symmetry breaking, their defining properties are encoded in…Revealing topological protection through unprotected operations in a Majorana parity qubit
A recent experiment reported coherent parity oscillations between minimal Kitaev chains, demonstrating a Majorana parity qubit (arXiv:2607.09511).Turning a superconducting diode into a Feynman ratchet to realize a nanoscale heat engine
Feynman's ratchet illustrates how work can be extracted from thermal fluctuations in the presence of two heat baths at different temperatures.Imaging the topological sign of a Dirac mass with spin-polarized tunneling
A Dirac mass is characterized not only by its magnitude but also by its sign, which influences the Berry curvature, Hall response, and the propagation direction of chiral boundary modes.Mathematical framework for simulation of non-perturbative cavity optomechanics with plate-like dielectrics
Cavity optomechanical models typically treat a sensor either as a perturbative polarizable object in a pre-existing optical field, or solve the field at a fixed equilibrium and linearize in a fixed…Nonperturbative optomechanics with thin, weakly reflective intracavity dielectrics
Levitated dielectric sensors are often treated as perturbative probes of a pre-existing optical field.Eigenstate transitions and critical transport in 3D Aubry-André model
We numerically study spectral and wave-function properties, as well as time evolution, in finite-size commensurate approximations of the 3D Aubry-André model.Graphene double quantum dot as a solid-state two-level system in the THz range
Matter-based two-level quantum systems are fundamental building blocks of quantum technologies, underpinning applications in quantum computing, simulation, communication, and sensing.Theory of exciton-exciton interactions in crystalline systems
Excitons are bound electron-hole pairs in semiconductors whose interactions influence optical properties and determine their collective behavior and emergent correlated phases.Hierarchical Multi-Agent Reasoning Systems for Knowledge-Grounded Material Substitution
AI-assisted scientific discovery increasingly seeks to move beyond generating plausible ideas toward reproducible, constraint-aware workflows that can support practical engineering decisions.