| AF-244 | Magnet R&D for Low-Mass Axion Searches | |
| CF-004 | Sub-eV Dark Matter Detection with MKID Haloscopes | |
| CF-006 | Exploring Axion Dark Matter with Ultrasensitive Optical Quantum Sensors | |
| CF-010 | Cosmic Explorer The Next-Generation U.S | |
| CF-018 | The Atom Interferometric Observatory and Network | |
| CF-029 | Low-gap charge detection for fundamental physics | |
| CF-049 | Direct Deflection of Dark Matter | |
| CF-063 | LIGO Voyager A Gravitational-wave Probe of Cosmology and Dark Matter | |
| CF-067 | UP-conversion Loop Oscillator Axion Detectors (UPLOAD | |
| CF-068 | HAYSTAC – Pioneering the Quantum Frontier | |
| 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-089 | A Scintillating n-type GaAs detector for sub-GeV Dark Matter Direct Detection | |
| CF-095 | The Oscillating Resonant Group AxioN (ORGAN | |
| CF-100 | Cosmic Axion Spin Precession Experiment (CASPEr-e | |
| CF-102 | Searching for complex Dark Sectors with KIDs and CCDs | |
| CF-103 | Global Network of Optical Magnetometers to search for Exotic physics (GNOME | |
| CF-120 | The TESSERACT Dark Matter Project | |
| CF-124 | Extreme Precision Astrometry using Two-Photon | |
| CF-131 | Dark matter detection using layered materials and superconducting nanowires | |
| CF-164 | Long-baseline | |
| CF-170 | 20201 Hidden Orders in Quantum Matter and Dark Matter Detection | |
| 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-203 | Dark Matter Searches with the Micro-X X-ray Sounding Rocket | |
| 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-252 | Frequency Multiplexed Dark Matter Axion Searches | |
| CF-259 | Rydberg Atoms as Quantum Sensors for New Physics | |
| CF-260 | Rydberg Atoms as Quantum Sensors for New Physics | |
| IF-003 | Tunable Plasma Haloscope | |
| IF-012 | Optical and Infrared Microwave Kinetic Inductance | |
| IF-013 | Mechanical sensors as particle detectors | |
| IF-014 | Operational definition of quantum sensors for HEP | |
| IF-047 | Warm Electronics readout of superconducting | |
| IF-055 | Quantum Sensing of 3He for Low-Mass Dark Matter Detection | |
| IF-076 | Search for Light Dark Matter with Vertically-Aligned Carbon Nanotubes | |
| IF-080 | Phonon-Mediated KID-Based Detectors | |
| IF-088 | Improved DC SQUIDs | |
| IF-092 | Instrumentation and R&D for the Global Argon | |
| IF-109 | CMOS Deep Cryogenic Electronics for QIS and HEP | |
| IF-110 | Solid-state directional detection of massive dark matter | |
| IF-124 | Coupling Experiment and Simulation to Model | |
| IF-133 | Charge-Coupled Device Technology Development for Future Dark Energy and Dark Matter Studies | |
| IF-134 | Opportunities in Gravitational Physics | |
| IF-136 | Atomic Gradiometer Interferometric Sensor | |
| IF-137 | Topological Microwave Circulators for HEP | |
| IF-138 | Ground-Based Gravitational-Wave Detectors as | |
| 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-155 | Establishment of a National Millikelvin User Facility | |
| IF-156 | Resonant Halo Axion Detectors for the Mass Range | |
| IF-158 | Calorimetric readout of a superfluid 4He target mass | |
| IF-162 | Transduction for New Regimes in Quantum Sensing | |
| IF-166 | Towards Simultaneous Measurement of Arrival Time and Wavelength | |
| IF-167 | Tunable Quality Factor Resonators for High Energy Applications | |
| IF-174 | Opportunities for Optical Quantum Noise Reduction | |
| 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-182 | Improving the Sensitivity of Athermal Phonon Sensors for Light Mass Dark | |
| IF-185 | Microstrip-Coupled Kinetic Inductance Detectors | |
| IF-191 | Radio Frequency Quantum Upconverters Precision File missingAnother upload with the same title: IF-193 | |
| IF-193 | Radio Frequency Quantum Upconverters Precision | |
| NF-055 | Laboratory-Based keV-Scale Sterile Neutrino Searches | |
| NF-061 | BULLKID Low-threshold Kinetic Inductance Detectors | |
| NF-113 | Neutrino Mass Measurements using TES Detectors to Cover the Inverted Hierarchy | |
| NF-181 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| NF-182 | Toward Sensitivity to the Neutrino Normal Hierarchy | |
| RF-072 | Doped Cryocrystals for Ultrasensitive EDM Measurements | |
| RF-076 | Optically levitated sensors for precision tests of fundamental physics | |
| RF-093 | Searches for new sources of CP violation using molecules as quantum sensors | |
| UF-004 | The Sanford Underground Research Facility | |