General & Applied Physics · Physics & Astronomy
Applied Physics
The newest papers in Applied Physics that ReadSearch has read, newest first. Each links to its own page, with its authors, date, where it was published and the original.
81 papers, from 9 September 2026 to 5 November 2026: 81 arXiv preprints.
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Newest papers
Laser fabrication of vibrating microcavities on silicon: Formation dynamics and frequency tunability
Laser processing of silicon has long since become a standard method for wafer dicing, surface texturing, re-crystallization after ion implantation, as well as surface amorphization, to name a few…Local information processing capacity: anatomy of computation in neuromorphic systems
Many neuromorphic systems possess rich internal computational structures shaped by their physical dynamics.A Design Rule for Passive Reconfigurable Microwave Devices
Every reconfigurable microwave device places a tuning element - a varactor, a diode, transistor, microelectromechanical or phase-change switch, a ferroelectric or liquid-crystal load - inside a…Directional Control of Chiral Polymer Emission Dissymmetry by Plasmonic Metasurfaces
Circularly polarized (CP) emission is central to next-generation photonic and optoelectronic technologies, yet simultaneously controlling its directionality, intensity, and handedness remains a…Optical Detection of Coefficient of Thermal Expansion via Frequency Tracking at Cryogenic Temperatures
Accurate characterization of the coefficient of thermal expansion (CTE) in nanoscale thin films is critical for predicting residual stress and ensuring the reliability of modern…Coupled Soft-Clamped Polygon Resonators with Tunable Mechanical Coupling
Coupler geometry controls both the frequency splitting and the dissipation of coupled polygon resonators.eigenkit: A Provider-Neutral Quantum Computing Library
Quantum software ecosystems provide increasingly capable tools for simulation and hardware execution, but differences in programming models, supported features, and backend capabilities can make it…Writing with Near-Field: towards Atomic Resolution in Material Processing
Direct laser writing with ultra-short pulses is the most flexible route to two- and three-dimensional (2D/3D) material modification, yet its resolution is judged against the optical diffraction limit.Identifying the Shear Piezoelectric Coefficient using Physics-Informed Neural Networks under Exact Boundary and Initial Constraints
The shear piezoelectric coefficient $e_{15}$ governs the shear-mode electromechanical coupling in piezoelectric micromachined ultrasonic transducers (PMUTs) and surface acoustic wave (SAW) devices…Learned optical compression for single-pixel quantitative phase imaging
Quantitative phase imaging (QPI) reveals optical path-length variations in transparent objects but typically relies on spatially resolved intensity measurements.3D Neural Rendering for Automated Ultrasonic Laser Scans
Laser doppler vibrometer (LDV) scans can be used to detect defects and cracks in manufactured parts before they are deployed.Intensity-Domain Demultiplexing of Orbital Angular Momentum Channels for Optical Communication
Orbital angular momentum (OAM) multiplexing has been limited in practice by the complexity and optical loss of the elements that separate the channels at the receiver side.Magnetic Johnson noise from arbitrarily shaped conductors: experimental validation of the fluctuation-dissipation finite-element method
Magnetic Johnson noise--magnetic noise caused by thermal current fluctuations in conducting materials--can interfere with measurements and limit their sensitivity.Nonreciprocal coupling enables tunable exceptional-point response in non-Hermitian circuits
Exceptional points (EPs) exhibit characteristic square-root spectral responses to weak perturbations, with response magnitudes governed by configuration-dependent prefactors that are often…Scattering-force-driven light-sheet fluorescence microscopy for scan-free three-dimensional imaging
Optical manipulation offers a powerful non-contact approach to precise positioning, directional transport and three-dimensional (3D) imaging of microscale objects.Temporal equivalent of the Sommerfeld half-plane problem
Sommerfeld's half-plane problem, describing diffraction of a monochromatic wave by a semi-infinite perfectly electric conducting (PEC) infinitesimally thin plate, is one of the cornerstones of…A Coherent Neutron-Nucleus Hybrid System Mediated by the Strong Interaction
A coherent ensemble of polarized helium-3 nuclei and free neutrons are coupled, forming a neutron-nucleus hybrid system.Converting a superseded Raith electron beam pattern generator into an unattended Critical Dimension SEM
Design-based metrology of academic electron beam lithography (EBL) is bottlenecked by low-throughput imaging.Collective sliding relaxor ferroelectricity across thousand-layer van der Waals superstructures
Relaxor ferroelectrics are among the most important electromechanical materials owing to their exceptionally large electrostrictive responses.Electric-Field Induction Motor with Discrete Circuit Elements and Improved Rotor Dynamics
Electric-field-based actuators and machines lead the design space at the nanoscale and in biological systems, while having the potential to be used in favorable macroscale applications which…
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