| CF-034 | Paleo Detectors | |
| CF-101 | Cryogenic Carbon Detectors for Dark Matter Searches | |
| CompF-084 | The Future of Machine Learning in Rare Event Searches | |
| EF-031 | The IDEA Drift Chamber for a Lepton Collider | |
| EF-047 | Strange Quark as a probe for new physics in the Higgs Sector | |
| EF-077 | Searching for Bs → φνν and other b → sνν processes | |
| EF-096 | IDEA detector | |
| EF-119 | Exploring Precision Electroweak Physics Measurement Potential | |
| EF-140 | Jets and Jet Substructure at Future Colliders | |
| EF-184 | MATHUSLARecent Progress and Next Steps for the MATHUSLA LLP Detector | |
| IF-015 | A Time Projection Chamber using Advanced Technology for the International Large Detector at the International Linear Collider | |
| IF-018 | Use of extremely thin ‘LGAD’ ultra-fast silicon detectors for fast timing and tracking in high radiation sections at future colliders | |
| IF-019 | Wavelength Division Multiplexed high speed optical readout | |
| IF-027 | M. Stanitzki (DESY), A. White (U. Texas at Arlington | |
| IF-032 | High Precision Timing and High Rate Detectors | |
| IF-033 | Novel Low Workfunction Semiconductors for Dark Matter, Neutrino Phenomena and x-ray | |
| IF-034 | Novel Low Workfunction Semiconductors for Dark Matter, Neutrino Phenomena and x-ray | |
| IF-056 | Belle II Detector Upgrades | |
| IF-059 | Feasibility study of combining a MIP Timing | |
| IF-061 | Heavy flavour tagging using machine learning | |
| IF-066 | PICosecond-sub-MICron (PICMIC) Concept for 4D Ultra Precision | |
| IF-078 | Novel silicon sensors for high-precision 5D calorimetry | |
| IF-080 | 3D Integration of Sensors and Electronics | |
| IF-081 | Dual-Readout Calorimeter for the future | |
| IF-093 | Forward 3≤≤6 Lepton-Photon-Jet System | |
| IF-095 | COHERENT 5 Instrumentation Development | |
| IF-100 | Gamma-ray Scintillator Fiber Tracker - - IF3 Solid State Detectors and Tracking | |
| IF-104 | 28nm CMOS for 4D Tracker Readout Chips | |
| IF-106 | Beyond CMOS sensors, submicron pixels for the vertex detector | |
| IF-107 | Beyond CMOS sensors, submicron pixels for the vertex detector | |
| IF-113 | Large area CMOS monolithic active pixel sensors for future colliders | |
| IF-114 | The Particle/Photon to Digital Converters | |
| IF-118 | Light-weight and highly thermally | |
| IF-120 | Large-Area, Low-Cost Si(Li) Detectors | |
| IF-129 | Exploration of charged particle tracking using InAs quantum dots in GaAs | |
| IF-130 | 3D Diamond Detectors | |
| IF-131 | 4-Dimensional | |
| IF-142 | PRECISION TIMING DETECTORS FOR FUTURE COLLIDERS | |
| IF-143 | Muon Collider experiment requirements for new detector R&D and reconstruction tools | |
| IF-154 | Silicon Pixel Detectors in Space | |
| IF-160 | Monolithic Active Pixel Sensors for High Performance | |
| IF-161 | Thin Film Detectors | |
| IF-169 | Silicon Vertex Detector for circular electron positron collider, | |
| IF-170 | Double-Sided Silicon Strip Detectors for Next-Generation Gamma-ray Telescopes | |
| IF-175 | High density 3D integration of LGAD sensors through wafer to wafer bonding | |
| IF-183 | Time Projection Chamber R&D | |
| IF-188 | Detector optimisation and detector technology R&D | |
| IF-189 | Muon Scintillator R&D | |
| IF-190 | Time of Flight Detector for circular electron positron collider, | |
| IF-192 | STOPGAP - a Time-of-Flight Extension for the TOP | |
| NF-197 | Prospects for keV Sterile Neutrino Searches with KATRIN | |
| RF-083 | The REDTOP experiment an η/η(cid48) factory | |
| UF-006 | Advanced Germanium Detectors and Technologies for Underground Physics | |