General & Applied Physics · Physics & Astronomy
Instrumentation & Detectors
The newest papers in Instrumentation & Detectors that ReadSearch has read, newest first. Each links to its own page, with its authors, date, where it was published and the original.
45 papers, from 2 September 2026 to 5 November 2026: 41 arXiv preprints and 4 OpenAlex records.
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Newest papers
Analysis of Xe-131 Prompt Gammas
The prompt gammas of Xe-131 from thermal neutron capture were measured for the first time at the Fission Product Prompt gamma-ray Spectrometer by irradiation of isotopically enriched Xe-130 in a…Triaxial $μ$-PIC for resolving Multi-Hit Ambiguity
The micro pixel chamber ($μ$-PIC), a type of micro-pattern gaseous detectors (MPGD), features pixel electrodes structured similarly to a sliced proportional counter.Track reconstruction with ACTAR TPC: a transfer-reaction use case
A unified framework for track reconstruction in the ACTAR Time Projection Chamber (ACTAR TPC) is presented, designed to address the specific challenges of direct-reaction and resonance-elastic…Hydrogen Electron Cyclotron Resonance Dissociator Demonstrator for the Project 8 Experiment
Project 8, a neutrino mass experiment, employs the novel frequency technique of cyclotron radiation emission spectroscopy (CRES) to perform a model independent measurement of neutrino mass via…Self-driven beta-radiation detection through a graphene/water/silicon heterostructure
Large-volume neutrino observatories, exemplified by IceCube, exploit Cherenkov light generated by neutrino-induced charged particles in Antarctic ice, highlighting the potential of water-based media…Optimal Fan-Out and Break-Even Routing Loss in Waveguide-Integrated Ge-on-Si SPAD Arrays
Splitting a waveguide mode over several Ge-on-Si single-photon avalanche diodes (SPADs) relieves dead-time saturation but multiplies dark counts.Non-contact temperature sensing and optical scatter in cryogenically-cooled crystalline silicon
Cryogenic crystalline silicon is a promising optical material for next generation gravitational-wave detectors due to its low mechanical loss (a driver of thermal noise), high thermal conductivity…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.Localized anomaly detection with a calorimeter normalizing flow
Normalizing flows trained as fast calorimeter simulators also give the likelihood of each shower, which can serve as an anomaly score.Neutron spectrometry of (p,n) based neutron fields at the University of Helsinki using the NCT-WES single-moderator directional spectrometer
A tunable-energy neutron beam produced with up to 1 $μ$A / 10 MeV proton beam on a solid LiF target is available at the Department of Physics of the University of Helsinki for neutron metrology and…Unlimited-Range Absolute Distance Interferometry Outdoors via Tunable Synthetic and Pseudo-Supersynthetic Wavelengths: The TeleYAG-II Interferometer
Absolute distance interferometry requires an unlimited non-ambiguity range to be truly absolute.{DEMAND}: {A}n organic glass scintillator array for direct measurements of $(α,n)$ and $(p,n)$ reactions in inverse kinematics
We have developed an array of up to 20 organic glass scintillator detectors, each consisting of a $3~\mathrm{cm}\times3~\mathrm{cm}\times3~\mathrm{cm}$ scintillator cube coupled to a photomultiplier…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.Extending the limits of rotationally resolved mid-IR spectroscopy: an accurate model of trioxane derived from combining Fourier transform and sub-Doppler measurements
1,3,5-Trioxane, a polyoxymethylene (POM) molecule relevant to prebiotic chemistry and astrophysics, exhibits a dense rovibrational spectrum that challenges high-resolution spectroscopic…Stability Study of Photo-inscribed Bragg Gratings in Sapphire Fibers at Very High Temperature
Fiber Bragg gratings inscribed by femtosecond laser in sapphire fibers were subjected to thermal cycling up to 1500$\degree$C.Particle-dependent radioluminescence color response of Eu-doped CaF$_2$ associated with energy-loss density
Europium-doped calcium fluoride (Eu:CaF$_2$) exhibits characteristic blue Eu$^{2+}$ and red Eu$^{3+}$ emissions.Study of Multilayer TiNx/Ti/TiNx Films Formed In Situ for High-Efficiency Integrated Microheaters
A technology for the in situ formation of a three-layer TiN$_x$/Ti/TiN$_x$ functional material within a single vacuum cycle is presented, together with the results of investigations of its…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…Highly polarized epithermal neutron beam using polarized 3He gas at J-PARC
We have realized a highly polarized epithermal neutron beam using an in-situ polarized 3He spin filter at the high-intensity pulsed neutron facility J-PARC.A Radiation-Hardened, Fault-Aware Quantized Neural Network That Self-Heals
Deep learning (DL) models are increasingly being deployed into radiation-challenging environments in spacecraft, particle accelerators, and, soon, space-based data centers.
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