| CF-001 | Probing QED Cascades and Pair Plasmas in Laboratory Experiments | |
| CF-004 | Sub-eV Dark Matter Detection with MKID Haloscopes | |
| CF-007 | Searching for Dark Matter and New Physics with GECCO | |
| CF-011 | New Opportunities for Low-Mass Dark Matter Direct | |
| CF-012 | Metastable Water Breakthrough Technology for Dark Matter | |
| CF-020 | Cosmology Intertwined II The Hubble Constant Tension | |
| CF-021 | Cosmology Intertwined III f σ8 and S8 | |
| CF-022 | Cosmology Intertwined IV The Age of the Universe and its Curvature | |
| CF-024 | Radio Detection of Ultra-high Energy Cosmic Rays with Low Lunar Orbiting SmallSats | |
| CF-026 | Detection of Superlight Dark Matter Using Graphene-Based Josephson Junction Photon Counter | |
| CF-029 | Low-gap charge detection for fundamental physics | |
| CF-034 | Paleo Detectors | |
| CF-048 | Cosmic Neutrino Probes of Fundamental Physics | |
| CF-049 | Direct Deflection of Dark Matter | |
| CF-051 | Haloscopes for axion dark matter detection in the 30 | |
| CF-052 | Neutron yield in (α, n)-reactions in rare-event searches | |
| CF-056 | UCR-TR-2020-FLIP-RNdel-01 | |
| CF-061 | Self-Interacting Dark Matter | |
| CF-072 | Using gravitational-wave interferometers as particle | |
| CF-073 | The PandaX Experiment | |
| CF-074 | Cosmic Ray Ensembles as a potentially new probe of Fundamental Physics | |
| CF-075 | Direct Detection of Spin-independent and Spin-dependent Nuclear Scattering | |
| CF-077 | A Strategy for Low-Mass Dark Matter Searches with Cryogenic Detectors in the SuperCDMS SNOLAB Facility | |
| CF-079 | Multi-ton scale bubble chambers | |
| CF-080 | Status and plans for Oscura A Multi-kilogram Skipper-CCD Array for Direct-Detection of Dark Matter | |
| CF-085 | Search for Low Mass WIMPs with Spherical | |
| CF-089 | A Scintillating n-type GaAs detector for sub-GeV Dark Matter Direct Detection | |
| CF-099 | Reaching the solar CEνNS floor with noble liquid | |
| CF-101 | Cryogenic Carbon Detectors for Dark Matter Searches | |
| CF-102 | Searching for complex Dark Sectors with KIDs and CCDs | |
| CF-105 | Phystat-DM - Statistical Methods for Dark | |
| CF-106 | HydroX- Using hydrogen doped in liquid | |
| CF-107 | Insights from Quantum Information Science into Dark | |
| CF-110 | Cosmic Probes of Dark Matter Interactions Challenges for Theory and Analysis | |
| CF-112 | Sub GeV DM-Nucleon Scattering via Collective Excitations The Inelastic Regime | |
| CF-114 | Dark matter physics with the DARWIN Observatory | |
| CF-115 | The Vera C. Rubin Observatory as a Dark Matter | |
| CF-119 | New Opportunities for Low-Mass Dark Matter Direct | |
| CF-120 | The TESSERACT Dark Matter Project | |
| CF-121 | WIMP Dark Matter Candidates with MeV gamma-ray | |
| CF-125 | CF Topical Groups (check all that apply (cid3)/(cid4 | |
| CF-127 | Cosmological and Laboratory Probes of Sub-MeV | |
| CF-128 | Small-scale structure at high redshift Lyman-alpha | |
| CF-131 | Dark matter detection using layered materials and superconducting nanowires | |
| CF-137 | The GAPS Experiment Cosmic Antinuclei as Messengers for Dark Matter | |
| CF-145 | Multiplexing Readout | |
| CF-148 | Multi-scattering Dark Matter at Neutrino Experiments | |
| CF-155 | BSM Searches with the LEGEND Double Beta Decay | |
| CF-166 | Composite Dark Matter from Strong Dynamics on the Lattice | |
| CF-170 | The GRAMS Project MeV Gamma-Ray Observations and Antimatter-Based Dark Matter Searches | |
| CF-171 | Effective Field Theory for Dark | |
| CF-172 | Searching for Dark Matter with Liquid Argon | |
| CF-174 | Particle dark matter searches with a G3 liquid-xenon | |
| CF-182 | Understanding the Galactic Center Gamma-Ray | |
| CF-183 | Understanding the Galactic Center Gamma-Ray | |
| CF-185 | The Cherenkov Telescope Array (CTA) A Transformational Instrument for Fundamental Physics | |
| CF-187 | Searching for TeV Gamma-Ray Dark Matter Signals | |
| CF-189 | CYGNUS A nuclear recoil observatory | |
| CF-190 | Searching for Dark Matter Signals in the Galactic | |
| CF-191 | Constraining the Local Positron Contribution from TeV | |
| CF-197 | Probing Dark Matter Dynamics with An Ensemble of Gamma-Ray Signals from Different Galaxies | |
| CF-198 | Accelerator Search for a Stable, Neutral | |
| CF-203 | Dark Matter Searches with the Micro-X X-ray Sounding Rocket | |
| CF-203 | Hunting super-heavy dark matter with ultra-high energy | |
| CF-213 | Illuminating the Dark Sector in Neutron Star Mergers | |
| CF-216 | Observing the High-Energy Sun | |
| CF-218 | Novel Properties of Self-Interacting Dark Matter Halos | |
| CF-224 | A next-generation LAr TPC-based MeV Gamma ray | |
| CF-228 | Gravitational Wave Observations as a Probe of Dissipative Dark matter | |
| CF-233 | Signatures of Dark Matter from Solar Gamma Rays∗ | |
| CF-236 | The Exptation of Xe Large Scale Detector | |
| CF-249 | Design and Synthesis of Materials for Low-Mass Dark Matter Detection and Sensing | |
| CF-250 | Materials Design of Quasiparticle Transduction Channels for Direct Detection of Light | |
| CF-261 | Search for Boosted Dark Matter in DUNE-like | |
| CF-263 | DM-Ice200 Search for a Dark Matter Modulation | |
| CF-264 | COSINE-200 A Next-Generation NaI(Tl) Experiment | |
| CF-267 | Indirect Detection Aspects of Hidden Sector Dark | |
| CompF-048 | The ESCAPE Dark Matter Test Science Project | |
| CompF-054 | Facilitating cosmic probes and dark matter searches | |
| CompF-084 | The Future of Machine Learning in Rare Event Searches | |
| CompF-085 | Fast Simulations for Noble Liquid Experiments | |
| EF-070 | Feebly interacting Dark Matter at colliders and Early | |
| EF-160 | Summarizing experimental sensitivities of collider | |
| EF-253 | Collider Signals of FIMP Dark Matter with Heavy Mediators | |
| IF-013 | Mechanical sensors as particle detectors | |
| IF-053 | A crystalline future for dual phase xenon direct | |
| IF-055 | Quantum Sensing of 3He for Low-Mass Dark Matter Detection | |
| IF-079 | Non-destructive readout in CMOS technology | |
| IF-080 | Phonon-Mediated KID-Based Detectors | |
| IF-104 | NEST, The Noble Element Simulation Technique A Multi-Disciplinary Monte Carlo Tool and Framework for Noble Elements | |
| IF-105 | Operational definition of quantum sensors for HEP File empty | |
| IF-110 | Solid-state directional detection of massive dark matter | |
| IF-124 | Coupling Experiment and Simulation to Model | |
| IF-132 | Transparent Thermoplastic Acrylic Scintillator | |
| IF-133 | Charge-Coupled Device Technology Development for Future Dark Energy and Dark Matter Studies | |
| IF-145 | Dual-Readout Time Projection Chamber exploring sub-millimeter pitch for directional | |
| IF-147 | Superconducting Nanowire Single-Photon Detectors | |
| IF-148 | Superconducting Nanowire Single-Photon Detectors | |
| IF-152 | Charcoal-based Radon Reduction Systems for Ultra-clean Rare-event Detectors | |
| IF-155 | Establishment of a National Millikelvin User Facility | |
| IF-158 | Calorimetric readout of a superfluid 4He target mass | |
| IF-172 | Sno(cid90)mass - Le(cid87)(cid87)er of In(cid87)eres(cid87)(cid98 | |
| IF-182 | Improving the Sensitivity of Athermal Phonon Sensors for Light Mass Dark | |
| NF-016 | PASSAT Particle Accelerator helioScopes for Slim Axion-like-particle | |
| NF-018 | HUNTER A Facility for a Trapped Atom Sterile | |
| NF-020 | The Pacific Ocean Neutrino Experiment a new cabled | |
| NF-032 | Physics Opportunities with Inelastic Boosted Dark | |
| NF-038 | Physics with Electron Capture Neutrino Sources | |
| NF-039 | Astrophysical neutrinos and dark matter experiments | |
| NF-041 | Opportunities and signatures of non-minimal Heavy | |
| NF-044 | An Andean Deep-Valley Detector for High-Energy Tau | |
| NF-049 | Searches for Boosted Dark Matter at Surface Experiments | |
| NF-050 | Ongoing Science Program of Super-Kamiokande | |
| NF-061 | BULLKID Low-threshold Kinetic Inductance Detectors | |
| NF-065 | Searches for exotic particles with the IceCube Neutrino Observatory | |
| NF-067 | COHERENT 2 Far-Future COHERENT physics program at the SNS | |
| NF-073 | New physics with astrophysical neutrino flavor | |
| NF-079 | ICARUS in the Next Decade | |
| NF-095 | COHERENT 1 Future COHERENT physics program at the SNS | |
| NF-105 | The IceCube Neutrino Observatory | |
| NF-108 | ORNL Neutrino Sources for Future Experiments | |
| NF-119 | Search for low mass dark matter at ICARUS detector | |
| NF-124 | SNEWS 2.0 A Next-Generation SuperNova Early | |
| NF-137 | Low Background kTon-Scale Liquid Argon Time Projection Chambers | |
| NF-148 | Dark Sector Studies With Neutrino Beams | |
| NF-161 | Neutrino Opportunities at the ORNL Second Target Station | |
| NF-174 | Cosmological Neutrinos | |
| NF-181 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| NF-182 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| NF-187 | The Hyper-Kamiokande Experiment | |
| NF-190 | on Dark Matter Physics with the IceCube Neutrino Observatory | |
| NF-195 | Neutrino Minimal Standard Model — a unified theory of microscopic and cosmic scales | |
| RF-086 | Million-pixel Kinetic Inductance Detector Arrays for sub-GeV Light Dark Matter Search | |
| RF-091 | for Atomic/nuclear clocks and precision | |
| RF-104 | for the Light Dark Matter eXperiment | |
| RF-111 | for the Muon Missing Momentum experiment | |
| RF-114 | Accelerator Probes of Millicharged Particles & Dark Matter | |
| TF-012 | Probing High Scale Physics via Standard Model | |
| TF-042 | Effective Field Theories for Phases of Matter and sub-GeV Dark Matter Detection | |
| TF-050 | Low-mass Mediators of U (1)T 3R | |
| TF-068 | Exotic light dark matter signals at existing experiments | |
| TF-081 | Light dark matter direct detection at the interface with condensed matter physics | |
| UF-002 | Solution-mined salt caverns as sites for underground | |
| UF-003 | Development of the Boulby Underground Laboratory in the UK into a facility to host major international rare event searches | |
| UF-004 | The Sanford Underground Research Facility | |
| UF-006 | An Ultralow Background Facility to Support Next Generation Rare Event Physics Experiments | |
| UF-006 | Advanced Germanium Detectors and Technologies for Underground Physics | |