| CF-002 | Tunable Plasma Haloscope | |
| CF-004 | Sub-eV Dark Matter Detection with MKID Haloscopes | |
| CF-009 | Cosmology and Dark Matter at a cm/s | |
| CF-026 | Detection of Superlight Dark Matter Using Graphene-Based Josephson Junction Photon Counter | |
| CF-029 | Low-gap charge detection for fundamental physics | |
| CF-075 | Direct Detection of Spin-independent and Spin-dependent Nuclear Scattering | |
| CF-080 | Status and plans for Oscura A Multi-kilogram Skipper-CCD Array for Direct-Detection of Dark Matter | |
| CF-081 | Development of R&D platform for astronomical instrumentation in visible and near-IR | |
| CF-090 | MegaMapper a Massively-Multiplexed Spectroscopic | |
| CF-094 | Developing Small-Pitch Optical Fiber | |
| CF-095 | The Oscillating Resonant Group AxioN (ORGAN | |
| CF-101 | Cryogenic Carbon Detectors for Dark Matter Searches | |
| CF-102 | Searching for complex Dark Sectors with KIDs and CCDs | |
| CF-124 | Extreme Precision Astrometry using Two-Photon | |
| CF-131 | Dark matter detection using layered materials and superconducting nanowires | |
| CF-141 | The Maunakea Spectroscopic Explorer | |
| CF-179 | Opening the terahertz axion window | |
| CF-194 | Low Earth Orbit satellites and the DOE HEP | |
| CF-203 | Dark Matter Searches with the Micro-X X-ray Sounding Rocket | |
| CommF-047 | Transformative Technology for FLASH Radiation Therapy | |
| CompF-085 | Fast Simulations for Noble Liquid Experiments | |
| IF-009 | THE QUEST OF PROGRESS IN THE FIELD OF CHERENKOV IMAGING DETECTORS | |
| IF-011 | Use of ‘LGAD’ ultra-fast silicon detectors for time-resolved low-keV X-ray science | |
| IF-012 | Optical and Infrared Microwave Kinetic Inductance | |
| IF-017 | Large-Format Germanium Detectors | |
| IF-021 | Skipper CCDs for Cosmic Surveys of Dark Energy and Dark Matter | |
| IF-023 | SPECTRAL PHOTON SORTING WITH THE DICHROICON | |
| IF-039 | Calorimetric Picosecond Timing Planes for Future 100 TeV-scale Collider Detectors | |
| IF-047 | Warm Electronics readout of superconducting | |
| IF-052 | ANALOG PHOTON PROCESSOR ASIC | |
| IF-056 | Belle II Detector Upgrades | |
| IF-066 | PICosecond-sub-MICron (PICMIC) Concept for 4D Ultra Precision | |
| IF-071 | Homogeneous Hadron Calorimetry for Future Higgs Factory Experiment | |
| IF-079 | Non-destructive readout in CMOS technology | |
| IF-084 | Cost-effective solution for increased light collection | |
| IF-090 | Developing Small-Pitch Optical Fiber | |
| IF-091 | Developing Small-Pitch Optical Fiber | |
| IF-100 | Gamma-ray Scintillator Fiber Tracker - - IF3 Solid State Detectors and Tracking | |
| IF-108 | Focusing on Axions Optics for the International | |
| IF-114 | The Particle/Photon to Digital Converters | |
| IF-115 | Front-End Electronics and DAQ for Large Scintillator Arrays | |
| IF-116 | Crystal and Photosensor Development for a Fast BaF2 Electromagnetic Calorimeter | |
| IF-120 | Large-Area, Low-Cost Si(Li) Detectors | |
| IF-123 | Enabling precision calibration of massively multiplexed | |
| IF-125 | Pushing Back the Cosmic Frontier with Photonic Technologies for Ground-Based | |
| IF-127 | Radiation Tolerant Silicon Photo-mulitipliers for Next-Generation Particle Space Telescopes | |
| IF-132 | Transparent Thermoplastic Acrylic Scintillator | |
| IF-133 | Charge-Coupled Device Technology Development for Future Dark Energy and Dark Matter Studies | |
| IF-137 | Multi-modal Pixels for Noble Element Time Projection | |
| IF-144 | IceCube-Gen2 the next generation wide band neutrino observatory | |
| IF-145 | Wavelength-shifting Reflector Foils in Liquid Argon | |
| IF-147 | Superconducting Nanowire Single-Photon Detectors | |
| IF-148 | Superconducting Nanowire Single-Photon Detectors | |
| IF-149 | Superconducting Qubit Advantange for Dark Matter | |
| IF-151 | A 50 Ton Scale Water Cherenkov Test Platform in a Charged Particle Test Beam | |
| IF-154 | Silicon Pixel Detectors in Space | |
| IF-155 | Establishment of a National Millikelvin User Facility | |
| IF-162 | Transduction for New Regimes in Quantum Sensing | |
| IF-166 | Towards High Volume Production of LAPPDs | |
| IF-166 | Towards Simultaneous Measurement of Arrival Time and Wavelength | |
| IF-170 | Double-Sided Silicon Strip Detectors for Next-Generation Gamma-ray Telescopes | |
| IF-177 | Superconducting Detector Facility for HEP Science | |
| IF-179 | EFFECTS OF ENERGY ACCUMULATION AND AVALANCHE -LIKE RELEASES IN MATERIALS AND LOW ENERGY THRESHOLD DETECTORS | |
| IF-181 | The Microwave SQUID Multiplexer for Cosmology and Cryogenic Particle Detection | |
| IF-182 | Improving the Sensitivity of Athermal Phonon Sensors for Light Mass Dark | |
| IF-185 | Microstrip-Coupled Kinetic Inductance Detectors | |
| IF-187 | Kinetic Inductance Detectors for long-wavelength | |
| IF-193 | On-chip spectrometers for long walvength photon | |
| NF-064 | Ultra-High-Energy Neutrinos | |
| NF-066 | Cherenkov/scintillation separation via spectral photon sorting with dichroicons for next-generation neutrino detectors | |
| NF-071 | NF Topical Groups (check all that apply (cid3)/(cid4)) (cid3) (NF1) Neutrino oscillations | |
| NF-081 | THEIA Water-based Liquid Scintillator | |
| NF-096 | A for the deployment of kiloton-scale neutrino detectors at the Advanced Instrumentation Testbed in Boulby England O. A. Akindele,1 T. Anderson,2 M. Askins,3, 4 Z. D. Bagdasarian,3, 4 A. Baldoni,2 A. Barna,5 T. Benson,6 | |
| NF-099 | Neutrino Detection and Ranging | |
| NF-129 | Reactor neutrino detection experiment using Skipper CCDs | |
| NF-139 | COHERENT 4 Inelastic Neutrino-Nucleus Interaction | |
| NF-159 | R&D Towards Beyond-the-Ton-Scale Double-Beta | |
| NF-161 | Neutrino Opportunities at the ORNL Second Target Station | |
| NF-181 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| NF-182 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| NF-188 | Searches for proton-decay with additional signatures from nuclear deexcitations and with precise timing from photon- detectors in large LArTPCs | |
| RF-114 | Accelerator Probes of Millicharged Particles & Dark Matter | |