| IF-002 | Triggering on charged particles using silicon pixel detectors | |
| IF-002 | Physics potential of timing layers in future collider detectors | |
| IF-003 | Tunable Plasma Haloscope | |
| IF-004 | Multigigabit wireless transfer of data for HEP experiments | |
| IF-005 | THE ROLE OF MPGD-BASED PHOTON DETECTORS IN RICH TECHNOLOGIES | |
| IF-007 | Radiation-hard high-speed fiber-optical data links for HEP | |
| IF-007 | µ-RWELL detector | |
| IF-008 | Dual-Readout Calorimetry | |
| IF-009 | THE QUEST OF PROGRESS IN THE FIELD OF CHERENKOV IMAGING DETECTORS | |
| IF-010 | Asynchronous First Level Trigger Systems for Future Collider Experiments | |
| 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-013 | Mechanical sensors as particle detectors | |
| IF-014 | Operational definition of quantum sensors for HEP | |
| IF-015 | A Time Projection Chamber using Advanced Technology for the International Large Detector at the International Linear Collider | |
| IF-016 | Electron multiplication in liquid argon TPC detectors for low energy rare | |
| IF-017 | Large-Format Germanium Detectors | |
| 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-020 | The International Axion Observatory (IAXO) MPGD development | |
| IF-021 | Skipper CCDs for Cosmic Surveys of Dark Energy and Dark Matter | |
| IF-022 | Lincoln Microelectronics Foundry | |
| IF-023 | SPECTRAL PHOTON SORTING WITH THE DICHROICON | |
| IF-024 | Multi-object identification with Dual-Readout Calorimeter | |
| IF-027 | M. Stanitzki (DESY), A. White (U. Texas at Arlington | |
| IF-028 | Secondary Emission Calorimetry | |
| IF-029 | Tile Multiple-Readout Compensated Calorimetry | |
| IF-030 | Dual Readout Compensated Calorimetry with Tile Sensors | |
| IF-031 | High Voltage Cable Feed-through | |
| 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-035 | Development of Radiation-Hard Scintillators and Wavelength-Shifting Fibers | |
| IF-036 | Photomultiplier and Dynode Techniques for in-situ Calorimeter Sensors to Survive in the Forward Region of Future Colliders, High Intensity and Low Earth orbit Cosmic Frontiers | |
| IF-037 | Superconducting Detectors for High Energy | |
| IF-038 | Physics potential and prototyping of technological solutions for timing layers in highly granular calorimeters | |
| IF-039 | Calorimetric Picosecond Timing Planes for Future 100 TeV-scale Collider Detectors | |
| IF-040 | MPGDs for Tracking and Muon Detection Progress Review and Updated R&D Roadmap | |
| IF-041 | High Intensity Proton Irradiation Facility | |
| IF-042 | Investigations of Fundamental Parameters of Liquid | |
| IF-043 | Identification of TeV hadrons Transition Radiation Detectors | |
| IF-044 | Advanced Micro-Pattern Gas Detectors for Tracking | |
| IF-045 | — Topical Groups IF9, AF5 | |
| IF-046 | DAQ System for a Large-Volume CRES Experiment | |
| IF-047 | Warm Electronics readout of superconducting | |
| IF-048 | Digital Hadron Calorimetry | |
| IF-049 | Novel Designs of Resistive Plate Chambers | |
| IF-050 | Timing Semi-Digital Hadronic Calorimeter (T-SDHCAL | |
| IF-052 | ANALOG PHOTON PROCESSOR ASIC | |
| IF-053 | A crystalline future for dual phase xenon direct | |
| IF-054 | New Test Beam Facility at Fermilab | |
| IF-055 | Quantum Sensing of 3He for Low-Mass Dark Matter Detection | |
| IF-056 | Belle II Detector Upgrades | |
| IF-057 | Pixelated Resistive MicroMegas for High-Rates Environment | |
| IF-058 | Development of Highly Granular Scintillator Strip Electromagnetic | |
| IF-059 | Feasibility study of combining a MIP Timing | |
| IF-060 | Fast optical photon transport at GEANT4 with Dual-Readout Calorimeter at future e+e− colliders | |
| IF-061 | Heavy flavour tagging using machine learning | |
| IF-062 | Sensitivity study of H → Zγ with Dual-Readout | |
| IF-063 | τ reconstruction and identification using machine | |
| IF-064 | High-Granularity Crystal Calorimetry | |
| IF-066 | PICosecond-sub-MICron (PICMIC) Concept for 4D Ultra Precision | |
| IF-067 | Towards ultra-high granularity calorimetry | |
| IF-068 | Advanced GEM detectors for future collider experiments | |
| IF-069 | Development of Novel Inorganic Scintillators for Future High Energy Physics Experiments | |
| IF-070 | Scintillating and Quenched Gas Mixtures for HPGTPCs | |
| IF-071 | Homogeneous Hadron Calorimetry for Future Higgs Factory Experiment | |
| IF-072 | Self-driving data trigger, filtering, and acquisition | |
| IF-073 | § Instrumentation Frontier, IF7 Electronics/ASICs | |
| IF-076 | Search for Light Dark Matter with Vertically-Aligned Carbon Nanotubes | |
| IF-077 | R&D for a highly granular silicon tungsten | |
| IF-078 | Novel silicon sensors for high-precision 5D calorimetry | |
| IF-079 | Non-destructive readout in CMOS technology | |
| IF-079 | Q-Pix Kiloton-scale pixelated liquid noble TPCs | |
| IF-080 | Phonon-Mediated KID-Based Detectors | |
| IF-080 | 3D Integration of Sensors and Electronics | |
| IF-081 | Dual-Readout Calorimeter for the future | |
| IF-082 | R&D for compact readout systems for highly granular | |
| IF-083 | Joint Research Efforts in Low-Noise Materials W. A. Terrano, J. H | |
| IF-084 | Cost-effective solution for increased light collection | |
| IF-086 | High-pressure xenon gas time-projection chambers for neutrinoless double-beta decay searches | |
| IF-087 | Highly Environmentally-Stable Facilities | |
| IF-088 | Improved DC SQUIDs | |
| IF-089 | Joint Research Efforts in Low-Noise Materials | |
| IF-090 | Developing Small-Pitch Optical Fiber | |
| IF-091 | Developing Small-Pitch Optical Fiber | |
| IF-092 | Instrumentation and R&D for the Global Argon | |
| IF-093 | Forward 3≤≤6 Lepton-Photon-Jet System | |
| IF-093 | Micro- and Nano- Machined Vacuum Photodetectors | |
| IF-094 | Mu2e-II Tracker Uploaded after 2020 | |
| IF-095 | COHERENT 5 Instrumentation Development | |
| IF-096 | Optical readout of MicroPattern Gaseous Detectors developments and perspectives | |
| IF-097 | CaloX – Extreme Calorimetry | |
| IF-098 | High Precision Timing with the PICOSEC Micromegas | |
| IF-099 | Developments Towards a SiPM-on-Tile Based Analogue Hadron Calorimeter (AHCAL | |
| IF-100 | Gamma-ray Scintillator Fiber Tracker - - IF3 Solid State Detectors and Tracking | |
| IF-101 | Trigger extensions for the Scalable Readout System SRS | |
| IF-102 | Advanced Optical Instrumentation for Ultra-compact, Radiation Hard EM Calorimetry | |
| IF-103 | Instrumentation Frontier Micro-Pattern Gaseous | |
| IF-104 | 28nm CMOS for 4D Tracker Readout Chips | |
| 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-106 | Beyond CMOS sensors, submicron pixels for the vertex detector | |
| IF-107 | Beyond CMOS sensors, submicron pixels for the vertex detector | |
| IF-108 | Focusing on Axions Optics for the International | |
| IF-109 | CMOS Deep Cryogenic Electronics for QIS and HEP | |
| IF-110 | Injection molded scintillator for future high granularity experiments – DUNE 3DST | |
| IF-110 | Solid-state directional detection of massive dark matter | |
| IF-111 | Scintillator Extrusions for Mega-detectors MATHUSLA | |
| IF-113 | Large area CMOS monolithic active pixel sensors for future colliders | |
| 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-117 | Towards quantum-limited transistor microwave | |
| IF-118 | Light-weight and highly thermally | |
| IF-119 | Detector solutions for Lepton-hadron Scattering based on the LHC | |
| IF-120 | Large-Area, Low-Cost Si(Li) Detectors | |
| IF-121 | FPGA Based Artificial Intelligence Inference In Triggered Detectors | |
| IF-122 | The goal of LHCspin is to develop, in the next few years innovative solutions and cutting-edge technologies | |
| IF-123 | Enabling precision calibration of massively multiplexed | |
| IF-124 | Coupling Experiment and Simulation to Model | |
| 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-129 | Exploration of charged particle tracking using InAs quantum dots in GaAs | |
| IF-130 | 3D Diamond Detectors | |
| IF-131 | 4-Dimensional | |
| IF-132 | Transparent Thermoplastic Acrylic Scintillator | |
| IF-132 | Real-time adaptive deep-learning with embedded | |
| IF-132 | High-speed Instrumentation for Data Acquisition and Processing | |
| IF-133 | Charge-Coupled Device Technology Development for Future Dark Energy and Dark Matter Studies | |
| IF-133 | R&D for low-threshold noble liquid detectors | |
| IF-134 | Opportunities in Gravitational Physics | |
| IF-135 | Enabling the next generation of bubble-chamber | |
| IF-136 | Atomic Gradiometer Interferometric Sensor | |
| IF-137 | Topological Microwave Circulators for HEP | |
| IF-137 | Multi-modal Pixels for Noble Element Time Projection | |
| IF-138 | Ground-Based Gravitational-Wave Detectors as | |
| IF-141 | Instrumentation and R&D for the Global Argon | |
| IF-142 | PRECISION TIMING DETECTORS FOR FUTURE COLLIDERS | |
| IF-143 | Muon Collider experiment requirements for new detector R&D and reconstruction tools | |
| IF-144 | IceCube-Gen2 the next generation wide band neutrino observatory | |
| IF-144 | Using Metal Organic Frameworks for Krypton and Radon Removal | |
| IF-145 | Wavelength-shifting Reflector Foils in Liquid Argon | |
| 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-150 | Towards Directional Nuclear | |
| IF-151 | A 50 Ton Scale Water Cherenkov Test Platform in a Charged Particle Test Beam | |
| IF-152 | Charcoal-based Radon Reduction Systems for Ultra-clean Rare-event Detectors | |
| IF-153 | Instrumentation Frontier | |
| IF-154 | Silicon Pixel Detectors in Space | |
| 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-159 | Development of Large Micro Pattern Gaseous | |
| IF-160 | Monolithic Active Pixel Sensors for High Performance | |
| IF-161 | Thin Film Detectors | |
| IF-162 | Transduction for New Regimes in Quantum Sensing | |
| IF-163 | Applications for Underground Argon | |
| IF-165 | The High Granularity Calorimeter Upgrade to the Compact | |
| IF-166 | Towards High Volume Production of LAPPDs | |
| IF-166 | Towards Simultaneous Measurement of Arrival Time and Wavelength | |
| IF-167 | Tunable Quality Factor Resonators for High Energy Applications | |
| IF-167 | Data Acquisition and Trigger Enhancements for Low-Energy Events in DUNE | |
| IF-168 | Development of the Micro-Pattern Gaseous Detector Technologies an overview of the CERN-RD51 Collaboration | |
| IF-169 | Silicon Vertex Detector for circular electron positron collider, | |
| IF-170 | Double-Sided Silicon Strip Detectors for Next-Generation Gamma-ray Telescopes | |
| IF-171 | An R&D Collaboration for Scalable Pixelated Detector Systems | |
| IF-172 | Sno(cid90)mass - Le(cid87)(cid87)er of In(cid87)eres(cid87)(cid98 | |
| IF-173 | Quality Control of Cold Electronics Components using Non-Destructive | |
| IF-174 | Opportunities for Optical Quantum Noise Reduction | |
| IF-175 | High density 3D integration of LGAD sensors through wafer to wafer bonding | |
| IF-176 | Particle Flow Calorimeters for the Circular Electron Positron Collider, – August 31, 2020 | |
| IF-177 | Superconducting Detector Facility for HEP Science | |
| IF-178 | Edge Computing Devices for Detectors Developed for Scientific Applications Word document | |
| IF-179 | EFFECTS OF ENERGY ACCUMULATION AND AVALANCHE -LIKE RELEASES IN MATERIALS AND LOW ENERGY THRESHOLD DETECTORS | |
| IF-180 | Edge Computing Devices for Detectors Developed for Scientific Applications | |
| 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-183 | Time Projection Chamber R&D | |
| IF-184 | A high-gain, low ion-backflow double micro-mesh gaseous structure | |
| IF-185 | Microstrip-Coupled Kinetic Inductance Detectors | |
| IF-186 | High-Granularity Crystal Calorimetry File missingAnother upload with the same title: IF-064 | |
| IF-187 | Kinetic Inductance Detectors for long-wavelength | |
| 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-191 | Radio Frequency Quantum Upconverters Precision File missingAnother upload with the same title: IF-193 | |
| IF-192 | STOPGAP - a Time-of-Flight Extension for the TOP | |
| IF-192 | Precision Calibration of Large LArTPC Detectors | |
| IF-193 | Radio Frequency Quantum Upconverters Precision | |
| IF-193 | On-chip spectrometers for long walvength photon | |