Instrumentation and Detectors
Instrumentation and Detectors for research in natural science, including optical, molecular, atomic, nuclear and particle physics instrumentation and the associated electronics, services, infrastructure and control equipment.
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The silicon monitor also covers charges 1 to 80 and runs quasi-real-time, unlike strip detectors needing complex corrections.
· “Development of a High-Resolution, High-Dynamic-Range Charge Detector for Ion Beam Monitoring”
At 6 GHz, a 20 dB attenuator reads 20.70 ± 0.08 dB, so quantum-circuit engineers can trust cryogenic metrology.
· “Full Two-Port S-Parameters at mK Temperatures: a Calibration Strategy and Uncertainty Budget”
A Bayesian reconstruction at the ATLAS-3000 petawatt laser cuts pulse-front uncertainty by up to 60 percent.
· “A Bayesian perspective on single-shot laser characterization”
Measured with MeV protons across 50, 100, and 150 µm sensors; suppression grows with bias voltage.
· “Measured gain suppression in FBK LGADs with different active thicknesses”
Recording a full diffraction pattern for every tilt lets users discard directions corrupted by dynamical diffraction.
· “Sequential tilting 4D-STEM for improved momentum-resolved STEM field mapping”
Large 200-mm scintillator keeps its fast component while suppressing the slow one, promising sub-100 ps detectors.
· “Scintillation and Timing Performance of a 3at% Yttrium-Doped Barium Fluoride Crystal”
A trained Hough-style algorithm treats arrival time as a coordinate and fits particle mass directly.
· “A space-time tracking algorithm for high occupancy events at future colliders”
Fused networks catch up to 35% of weak cesium sources; independent detectors catch none.
· “Simulations of Sparse Static Detector Networks for City-Scale Radiological/Nuclear Detection”
Flowing helium gas keeps a MADMAX booster cold for 29 hours in a 1.6 T field, enabling a first dark-matter search.
· “Non-magnetic glass-fiber cryostat for MADMAX prototype tests”
Simulations match both load types, locating the resistance that maximizes harvested power.
· “Stochastic Model for a Piezoelectric Energy Harvester Driven by Broadband Vibrations”
82 nm repeatability at 21 seconds opens the way to hundred-kilometer inter-satellite baselines.
The measured form factor climbs from 0.61 to 0.77, nearly doubling the scan rate of an axion dark-matter search.
· “Uniform Field in Microwave Cavities Through the Use of Effective Magnetic Walls”
A FLUKA chain with Birks-law quenching links positron signals and 2.2 MeV neutron-capture tags to light output.
Thermal neutron capture on 27Al leaves a 1113.6 eV recoil line, a source-free calibration for low-energy detectors.
Lens-coupled KIDs reach background-limited noise of 8e-20 W/√Hz, key for cooled space telescopes.
Thinner inner layers improve impact-parameter resolution, opening rare B-decay measurements at the proposed collider.
· “Design, performance and future prospects of vertex detectors at the FCC-ee”
Training on simulated 2D track images, the net separates rare 12C decays from scattering backgrounds in a planned TPC.
A 5-DoF arm reaches a benzene source within 10 cm under three algorithms and two sensor types.
· “Olfactory Inertial Odometry: Methodology for Effective Robot Navigation by Scent”
A label-trained network also reads photon energies with a mean bias of 3 MeV, a step toward full single-network event reconstruction.
· “Cluster Reconstruction in Electromagnetic Calorimeters Using Machine Learning Methods”
First broadband THz spectra of two ozone-depleting gases enable remote quantification in mixed air.
Every valid scheme for phase-locking five of six LISA lasers is enumerated, giving planners a finite menu.
· “Complete Catalog of Laser Locking Configurations for LISA”
Jointly optimizing waveform, filters, beamformers and RIS weights improves worst-case target detection and secures downlinks.
· “Hybrid RIS-Enhanced ISAC Secure Systems: Joint Optimization in the Presence of an Extended Target”
A 1.4 cm2 diamond-powder prototype runs at about 1.2 times the per-area efficiency of a 576 cm2 3He detector, and ignores gammas.
· “Scintillation Light Detection in Polycrystalline Diamond Using Single Photon Detectors”
Continuous 10-Hz operation with 23-mJ pulses beats earlier fs-laser sources 35-fold per shot.
New titania–germania layers measure 0.14 ppm absorption, below the A+ LIGO requirement.
· “Low thermal noise mirror coatings utilising titanium dioxide and germanium dioxide mixtures”
Charge-normalized FFT spectra push adversarial ROC AUC to 0.999 at 10 MS/s, where the fixed index falls to 0.751.
Measuring the bend of 20 keV electrons gives field strength and direction, no spectrometer needed.
· “Ultrafast 4D scanning transmission electron microscopy for imaging of localized optical fields”
New conductivity formula predicts a frequency window with negative superfluid density and a near-100x kinetic inductance boost.
Prototype segments hit 6.57% energy resolution at 662 keV and clock 57Co's 98.47 ns double-pulse delay.
Cryogenic distillation cuts radon backgrounds down to the solar neutrino floor for the first time.
· “Radon Removal in XENONnT down to the Solar Neutrino Level”
If right, the next electron-positron collider's tracker R&D must focus on monolithic pixel sensors.
A workshop roadmap says materials qualification, not accelerator power, will decide whether planned upgrades deliver their physics.
Threshold falls after $10^4$ Gy but noise holds steady, easing calibration of future trackers
Two-way free-space link stays stable enough for optical clock comparisons on a 3.4 km city path.
· “A plug-and-play solution for characterizing two-way optical frequency transfer over free-space”
A clamped, freely positioned mirror setup on a Zerodur bench meets LISA requirements in hours, not weeks.
· “Adjustable picometer-stable interferometers for testing space-based gravitational wave detectors”
Simulated beam background barely dents central-region reconstruction of tracks, photons, and neutrons.
The FPGA logic stays untouched, so existing ion-source behavior carries into a full Linux EPICS environment.
· “RIO EPICS device support application case study on an ion source control system (ISHP)”
The dual-readout correction helps only if electromagnetic-fraction fluctuation beats Cherenkov noise
Daisy-chained chips form ~70%-fill-factor planes for liquid noble gas experiments with 10-ns photon timing.
Plutonium isotope ratios put roughly 84% of the core's plutonium activity on the 1966 accident.
Purified fractions match the older anion-exchange method in both AMS and alpha spectrometry.
If the simulation holds, four thin quantum-dot sheets give a single crystal the depth resolution of a segmented calorimeter.
The proposed ESS experiment would measure the CP-violating phase to better than 8 degrees for any true value.
One fitted design equation covers the 1.5-5.5 THz band with 5-15% bandwidth, easing THz receiver calibration.
· “THz Metal-Mesh Bandpass Filters with Diamond-shaped Apertures for Sensitive THz Receivers”
Trained purely on simulation, it runs live and cuts reconstruction error roughly 30-fold versus neighbor averaging.
· “Reconstructing Time-of-Flight Detector Values of Angular Streaking Using Machine Learning”
A direct-readout superconducting nanowire array also delivers 645 Mcps count rate and 100 ps jitter at 1550 nm.
· “High-efficiency, high-count-rate 2D superconducting nanowire single-photon detector array”
Angular averaging over the isotropic LET flow makes the per-bit rate depend only on critical LET and cell area.
Beta tests show ~60% per gap, enough for four-gap 90% target, but 14-hour runs end in pillar damage.
· “Development of a high-rate capable DLC-RPC based on a current evacuation pattern”
Small 1 mm gap prototypes held >96.5% efficiency under HL-LHC background; full-size volumes passed factory checks.
First proof-of-concept studies match brute-force scans, and neuromorphic chips may scale the method to collider-size experiments.
· “AI-assisted design of experiments at the frontiers of computation: methods and new perspectives”
Eddy-current corrections from 2023 events bring 2006 flux-loop data in line with the 3D magnet model.
NIOS-based RPC readout handles 2 kHz triggers and cuts event dead time to 125 microseconds
· “NIOS II Soft-Core Processor and Ethernet Controller Solution for RPC-DAQ in INO ICAL”
Classical TDI corrupts roughly 400 seconds of data around six one-sample gaps; the new method loses only the gap samples.
· “Robust Bayesian inference with gapped LISA data using all-in-one TDI-infty”
359,040 SiPM dice screened at 77 K; average wafer yield 93.2 percent, exceeding the 80 percent plan.
A 175 ps prototype adds depth-of-interaction from the same readout, pointing toward 100 ps TOF-PET.
One instrument spans 10 mT to 9.4 T and 10 K to 300 K, with million-pulse spin control on carbon-13 in diamond.
· “Cryogenic field-cycling instrument for optical NMR hyperpolarization studies”
Simulation predicts Run-3-level tracking through 200 simultaneous collisions, with sharper impact-parameter resolution.
· “Expected Tracking Performance of the ATLAS Inner Tracker at the High-Luminosity LHC”
If the near detector constrains systematics as designed, CP-violation evidence at 3 sigma follows in 3.5 years.
Reactor-correlated background stays negligible; the main residual is simulated cosmic-ray cascade neutrons.
· “Background characterization of the CONUS+ experimental location”
Magnet, gravity, weighing cell, and current source each meet their share of a compact kilogram-realization instrument.
That is enough to sustain up to 150 boosted warheads or co-produce 15 kg of weapon-grade plutonium annually.
Post-processing cuts average differences in mean lineal energies from 3.6% and 5.8% to 0.28% and 0.97%.
The same layer-by-layer agent beats hand-tuned spectrometers and needs no predefined detector model.
UAS surveys of eight Cu-64 surrogate sources reconstruct their shapes and total activity with errors near 15 percent.
· “Surrogate distributed radiological sources III: quantitative distributed source reconstructions”
In-situ scan of Virgo's filter cavity finds where losses are lowest and confirms the loss budget is nearly closed.
Odd-order spatial-mode locking keeps open microcavities stable without blinding the fluorescence detector.
Edge detection cuts lateral sampling from 442 to 10 μm on a moving metal part.
· “Simultaneous two-dimensional velocity and distance measurements based on laser triangulation”
In constant-current mode, best overdoped design reaches dynamic range 7×10^5 versus 2×10^4 unpatterned, without SQUID readout.
· “Design of structured La_(2-x)Sr_(x)CuO₄ films as superconducting transition-edge sensors at 4.2K”
Cheap passive film reconstructs beam intensity and shape for heavy-ion accelerators.
· “Exposure of Track Detectors in Xenon Ion Beams in NICA Accelerator Complex”
A model trained on non-lasing shots yields the photon pulse from a single lasing-on measurement.
A rotating filter and photomultiplier track ambient and biomass-burning glyoxal at a fraction of spectrograph cost.
ToT-weighted centroids lift MTF at Nyquist from 0.16 to 0.34 at 100 keV and 0.0046 to 0.014 at 200 keV.
Single-photon resolution to 30 p.e. at 23 mW per pixel would let Cherenkov telescopes swap PMTs for silicon.
· “FANSIC: a Fast ANalog SiPM Integrated Circuit for the readout of large silicon photomultipliers”
On simulated IWCD data, ResNet-18 lifts purity and efficiency, 61.5% and 78.2% vs 51.1% and 69.5%.
Zero gap beats 100–300 µm gaps on voltage; bubble escape does not justify a deliberate gap
· “X-ray measurements of gas distribution in a zero gap alkaline water electrolyzer”
Xenoscope's 2.6 m tall xenon TPC was commissioned and detected correlated light and charge signals from cosmic muons near the top of the…
· “Commissioning of the 2.6 m tall two-phase xenon time projection chamber of Xenoscope”
Making the reference cavity i times longer boosts the magnification by i+1, verified in strain tests.
· “Optical Harmonic Vernier Effect: A New Tool for High Performance Interferometric Fibre Sensors”
Simulation says the 256-panel surface layer also gives sub-degree pointing above PeV and a proton-iron separation FOM above 1.3.
Fluorescence and hyperpolarized 13C from a single light source enable dual-mode, background-suppressed imaging.
· “High contrast dual-mode optical and 13C magnetic resonance imaging in diamond particles”
The field reports values where transfer requires gradients; deployment lands where incumbents can't reach the task.
