| AF-244 | Magnet R&D for Low-Mass Axion Searches | |
| CF-005 | The Merian1 Survey Characterizing Dark Matter in Star-Forming Dwarf Galaxies | |
| CF-006 | Exploring Axion Dark Matter with Ultrasensitive Optical Quantum Sensors | |
| CF-008 | A potential probe of Fundamental Physics Uploaded after 2020 | |
| CF-011 | New Opportunities for Low-Mass Dark Matter Direct | |
| CF-012 | Metastable Water Breakthrough Technology for Dark Matter | |
| CF-013 | ARIANNA-200 High Energy Neutrino Telescope | |
| CF-019 | Cosmology Intertwined I Perspectives for the Next Decade | |
| CF-023 | Axion-Like Particles from the Sun at Dark Matter | |
| CF-025 | Giving shape to the darkness dark matter profiles in faint dwarf galaxies | |
| CF-026 | Detection of Superlight Dark Matter Using Graphene-Based Josephson Junction Photon Counter | |
| CF-028 | Packed Ultra-wideband Mapping Array (PUMA) Next generation facility for Sky Survey in Radio | |
| CF-034 | Paleo Detectors | |
| CF-035 | Heterodyne Detection of Axion Dark Matter via Superconducting Cavities | |
| CF-038 | Testing the Nature of Dark Matter with Extremely Large | |
| CF-046 | Gravitational Wave Propagation as a Probe of Fundamental Physics | |
| CF-052 | Neutron yield in (α, n)-reactions in rare-event searches | |
| CF-054 | Roman Space Telescope Strong Lensing Probes of Dark | |
| CF-056 | Search for Halo Axions with Ferromagnetic Toroids (SHAFT | |
| CF-058 | Testing high-density QCD with ultra-high-energy | |
| CF-066 | Probing Nuclear Astrophysics and Gravitation with Neutron Stars | |
| CF-067 | UP-conversion Loop Oscillator Axion Detectors (UPLOAD | |
| CF-068 | HAYSTAC – Pioneering the Quantum Frontier | |
| CF-070 | Establishing ultra-high-energy cosmic rays as a cutting-edge courier of the multi-messenger program | |
| CF-074 | Synergy of astro-particle physics and collider physics | |
| CF-075 | Direct Detection of Spin-independent and Spin-dependent Nuclear Scattering | |
| CF-077 | Determination of cosmic ray properties in the local | |
| CF-078 | Low-Mass Broadband Electrical Action Sensing | |
| 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-083 | Studies of the Muon Excess in Cosmic Ray Air Showers | |
| CF-085 | Search for Low Mass WIMPs with Spherical | |
| CF-087 | Determining the Equation of State of Cold, Dense | |
| CF-088 | The Beamforming Elevated Array for COsmic Neutrinos | |
| CF-089 | A Scintillating n-type GaAs detector for sub-GeV Dark Matter Direct Detection | |
| CF-093 | Axion Dark Matter eXperiment (ADMX) 2-4 GHz | |
| CF-095 | The Oscillating Resonant Group AxioN (ORGAN | |
| CF-097 | MegaMapping Dark Matter | |
| CF-099 | Reaching the solar CEνNS floor with noble liquid | |
| CF-100 | Cosmic Axion Spin Precession Experiment (CASPEr-e | |
| CF-103 | Global Network of Optical Magnetometers to search for Exotic physics (GNOME | |
| 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-109 | A simulation program to discover dark matter physics in the sky | |
| CF-112 | Sub GeV DM-Nucleon Scattering via Collective Excitations The Inelastic Regime | |
| CF-118 | Radio Detection of Cosmic Rays | |
| CF-119 | New Opportunities for Low-Mass Dark Matter Direct | |
| CF-125 | CF Topical Groups (check all that apply (cid3)/(cid4 | |
| CF-126 | The International Axion Observatory (IAXO) and BabyIAXO Next Generation Helioscope Search for Axion and ALP Dark Matter | |
| CF-129 | Cavity-optomechanical broadband searches for scalar wavelike dark matter | |
| CF-130 | ARIADNE (Axion Resonant InterAction Detection Experiment) an NMR-based Axion Search | |
| CF-130 | Mass composition of ultrahigh-energy cosmic rays | |
| CF-132 | Discovering quark-matter cores in massive neutron stars | |
| CF-134 | Dark photon detection with Rydberg atom single photon | |
| CF-135 | Dark photon detection with Rydberg atom single photon | |
| CF-139 | The Radio Neutrino Observatory in Greenland (RNO-G | |
| CF-142 | Neutrino cross-sections and interaction physics | |
| CF-145 | Multiplexing Readout | |
| CF-146 | LA-UR-20-26592 | |
| CF-148 | Multi-scattering Dark Matter at Neutrino Experiments | |
| CF-156 | Target of Opportunity Observations with Next-Generation High-energy Neutrino Observatories | |
| CF-160 | US Participation in MADMAX | |
| CF-162 | Dark Matter Interferometry with Multiple | |
| CF-166 | Composite Dark Matter from Strong Dynamics on the Lattice | |
| CF-170 | 20201 Hidden Orders in Quantum Matter and Dark Matter Detection | |
| CF-171 | Effective Field Theory for Dark | |
| CF-171 | Potential Future Uses of the Rubin Observatory Facility After Completion of the Ten-Year Legacy | |
| CF-172 | Searching for Dark Matter with Liquid Argon | |
| CF-174 | Particle dark matter searches with a G3 liquid-xenon | |
| CF-175 | Resonant vs. Broadband Axion Dark Matter Searches in the Background-free Limit – an amicus brief for CF2 - IF1 | |
| CF-179 | Opening the terahertz axion window | |
| CF-182 | Understanding the Galactic Center Gamma-Ray | |
| CF-183 | Understanding the Galactic Center Gamma-Ray | |
| CF-184 | Self-consistent approach for measuring the energy | |
| CF-189 | CYGNUS A nuclear recoil observatory | |
| CF-192 | Surveying TeV Gamma-Ray Emission from Active | |
| CF-193 | The Sun at GeV–TeV Energies A New Laboratory for Astroparticle Physics∗ | |
| CF-196 | Surveying TeV Gamma-Ray Emission from Active | |
| CF-198 | Accelerator Search for a Stable, Neutral | |
| CF-199 | Coordination between Axion Haloscope Experiments | |
| CF-200 | Wave-like searches with a G3 liquid xenon detector | |
| CF-203 | Dark Matter Searches with the Micro-X X-ray Sounding Rocket | |
| CF-204 | Shining light through the wall with ALPS II | |
| CF-205 | ADMX-SLIC search for low-mass axions and axion-like | |
| CF-206 | High-field magnets for next generation axion haloscopes | |
| CF-208 | Probes of Lorentz and CPT Symmetry with Particles and Radiation of Astrophysical Origin | |
| CF-210 | Phase Transitions Precision Calculations of Gravitational Wave | |
| CF-215 | Probing Small Scale Structures with Pulsars Timing | |
| CF-217 | Probing the QCD Axion with DMRadio-m3 | |
| CF-219 | DMRadio-GUT Probing GUT-scale QCD Axion Dark | |
| CF-220 | Augmenting Axion Haloscopes With Light-Shining-Through-Walls Experiments | |
| CF-222 | The Payload for Ultrahigh Energy Observations | |
| CF-225 | Cold QCD Matter at High Densities | |
| CF-226 | Cosmic Rays in the TeV to PeV Energy Range∗ | |
| CF-227 | Exploring Beyond-the-Standard-Model Physics using High-Energy Gamma Rays in Search of Signatures of Lorentz Invariance Violation∗ | |
| CF-228 | Gravitational Wave Observations as a Probe of Dissipative Dark matter | |
| CF-234 | All-Sky Time-Domain Astrophysics with Very-High-Energy Gamma Rays∗ | |
| CF-235 | Constraining Lorentz Invariance Violation using All-Sky | |
| CF-244 | Searching for Dark Photons with an | |
| CF-247 | CMB-S4 The time-variable millimeter-wave sky | |
| 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-252 | Frequency Multiplexed Dark Matter Axion Searches | |
| CF-254 | IceCube, Atmospheric Leptons, and Cosmic Rays | |
| CF-255 | Opportunities for the Community in High Energy Astrophysics | |
| CF-258 | Unified inference of the cosmological parameters from noise-dominated galaxy clustering and shear | |
| CF-259 | Rydberg Atoms as Quantum Sensors for New Physics | |
| CF-260 | Rydberg Atoms as Quantum Sensors for New Physics | |
| 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-265 | Probing the highest energy frontier with UHECRs | |
| CF-269 | Cosmic Axion Spin Precession Experiment | |
| CF-270 | Cosmology from Multi-Wavelength Observations of Clusters of Galaxies | |
| CommF-041 | Envision Just Scientific Collaborations | |
| CompF-051 | Software and Statistics for Discovery in Cosmic | |
| CompF-080 | Numerical relativity for next-generation | |
| CompF-111 | The Need for a Cosmology Data Repository | |
| CompF-113 | Next Generation Workflow Management Software for Globally | |
| EF-037 | Particle Colliders with Ultra-Short Bunches | |
| EF-038 | FASER 2 Forward Search Experiment at the HL LHC | |
| EF-070 | Feebly interacting Dark Matter at colliders and Early | |
| EF-118 | Composite Higgs Collider Signals and Electroweak Phase Transition | |
| EF-193 | DOI 10.5281/zenodo.4009641 | |
| EF-211 | Probing the Electroweak Phase Transition with Exotic Higgs Decays | |
| EF-230 | Constraining Physics Beyond the Standard Model using Electric Dipole Moments | |
| EF-253 | Collider Signals of FIMP Dark Matter with Heavy Mediators | |
| EF-254 | Update of the Japanese Strategy for Particle Physics | |
| IF-053 | A crystalline future for dual phase xenon direct | |
| IF-079 | Non-destructive readout in CMOS technology | |
| 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-108 | Focusing on Axions Optics for the International | |
| IF-110 | Solid-state directional detection of massive dark matter | |
| IF-123 | Enabling precision calibration of massively multiplexed | |
| IF-132 | Transparent Thermoplastic Acrylic Scintillator | |
| IF-134 | Opportunities in Gravitational Physics | |
| IF-137 | Topological Microwave Circulators for HEP | |
| IF-145 | Dual-Readout Time Projection Chamber exploring sub-millimeter pitch for directional | |
| IF-146 | Spin-triplet superconductivity - a new foundation for magnetically resistant resonators and devices for dark | |
| IF-147 | Superconducting Nanowire Single-Photon Detectors | |
| IF-148 | Superconducting Nanowire Single-Photon Detectors | |
| IF-149 | Superconducting Qubit Advantange for Dark Matter | |
| IF-152 | Charcoal-based Radon Reduction Systems for Ultra-clean Rare-event Detectors | |
| IF-156 | Resonant Halo Axion Detectors for the Mass Range | |
| IF-158 | Calorimetric readout of a superfluid 4He target mass | |
| IF-167 | Tunable Quality Factor Resonators for High Energy Applications | |
| IF-182 | Improving the Sensitivity of Athermal Phonon Sensors for Light Mass Dark | |
| IF-191 | Radio Frequency Quantum Upconverters Precision File missingAnother upload with the same title: IF-193 | |
| IF-193 | Radio Frequency Quantum Upconverters Precision | |
| NF-016 | PASSAT Particle Accelerator helioScopes for Slim Axion-like-particle | |
| NF-018 | HUNTER A Facility for a Trapped Atom Sterile | |
| NF-023 | Neutrino Non-Standard Interactions | |
| NF-032 | Physics Opportunities with Inelastic Boosted Dark | |
| NF-037 | IUPAP Neutrino Panel Report | |
| NF-038 | Physics with Electron Capture Neutrino Sources | |
| NF-041 | Opportunities and signatures of non-minimal Heavy | |
| NF-042 | Searches for Beyond-Standard-Model Physics with the KATRIN Experiment | |
| NF-043 | Monitoring Galactic core-collapse supernova neutrinos | |
| NF-049 | Searches for Boosted Dark Matter at Surface Experiments | |
| NF-061 | BULLKID Low-threshold Kinetic Inductance Detectors | |
| NF-067 | COHERENT 2 Far-Future COHERENT physics program at the SNS | |
| NF-079 | ICARUS in the Next Decade | |
| NF-095 | COHERENT 1 Future COHERENT physics program at the SNS | |
| NF-101 | IceCube-Gen2 The Window to the Extreme Universe | |
| NF-108 | ORNL Neutrino Sources for Future Experiments | |
| NF-109 | The Radar Echo Telescope for Neutrinos and Cosmic Rays | |
| NF-119 | Search for low mass dark matter at ICARUS detector | |
| NF-124 | SNEWS 2.0 A Next-Generation SuperNova Early | |
| NF-135 | Neutrino Town Hall Input | |
| NF-137 | Low Background kTon-Scale Liquid Argon Time Projection Chambers | |
| 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-187 | The Hyper-Kamiokande Experiment | |
| NF-195 | GRAND Giant Radio Array for Neutrino Detection | |
| NF-200 | Sterile neutrinos with non-standard interactions | |
| RF-046 | Th-229 Nuclear Clock | |
| RF-061 | Probing fundamental physics with highly-coherent nuclear spins | |
| RF-076 | Optically levitated sensors for precision tests of fundamental physics | |
| RF-104 | for the Light Dark Matter eXperiment | |
| RF-111 | for the Muon Missing Momentum experiment | |
| TF-024 | The Baryon Asymmetry Of The Universe | |
| TF-038 | Gravitational Waves From Low | |
| 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-056 | Laboratory experiments in quantum gravity | |
| TF-067 | From scattering amplitudes to the relativistic two-body problem | |
| TF-068 | Exotic light dark matter signals at existing experiments | |
| 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 | |