| AF-002 | High Efficiency, Low Cost, RF Sources for Accelerators and Colliders | |
| AF-003 | R&D of High Field Superconducting Magnets for Future Accelerators | |
| AF-004 | Fast-cycling HTS-based accelerator magnet R&D | |
| AF-009 | To Steve Gourlay | |
| AF-013 | Develop high-temperature superconducting REBCO magnet technology for future circular colliders | |
| AF-014 | Employing High Epsilon Dielectric Materials for Enhancing Cu Accelerator | |
| AF-016 | Targetry–Building Effective Beam Dumps for Electron Storage Rings | |
| AF-017 | Production of Heavy Ion Beams with Electron Cyclotron Resonance Ion Sources | |
| AF-018 | should review high field gradient limits and vacuum arcs | |
| AF-020 | Need for Improved Numerical Tools and Instrumentation for Mercury Targets at the Spallation Neutron Source | |
| AF-022 | R&D of High Field Superconducting Magnets for Future Accelerators | |
| AF-028 | Ion Coulomb Crystals in Storage Rings for Quantum Information Science | |
| AF-034 | Solving Critical Problems of the Energy Frontier Muon Collider Optics | |
| AF-035 | Solving Critical Problems of the Muon Collider Higgs Factory Optics | |
| AF-044 | Short-pulse wakefield structure R&D for high gradient and high efficiency acceleration in future large-scale machines | |
| AF-047 | High current field emission electron sources for linear colliders and RF source | |
| AF-051 | R&D for REBCO High Temperature Superconductor Tapes for Next-generation Accelerators | |
| AF-052 | R&D on High-Power Target System for future HEP experiments | |
| AF-052 | Prospects for Future Electron Source Development (AF7 Targets and Sources | |
| AF-054 | on Leading-Edge R&D | |
| AF-056 | Accelerator and Beam Physics Grand Challenges and Research | |
| AF-056 | Sub-scale models and infrastructure | |
| AF-057 | A part of LA-UR-20-26592 | |
| AF-057 | Toward FCC-hh and future colliders Exploration of high field magnet technology at CEA-Paris Saclay | |
| AF-058 | 20 T hybrid magnets | |
| AF-059 | Development of next generation rugged electron sources for low emittance | |
| AF-060 | Advanced Klystron Development for High Peak Power and Variable Pulse Structure | |
| AF-063 | SNOWMASS21-AF7_AF0-063.pdf File empty | |
| AF-064 | The Case for Innovative Research in Accelerator Science | |
| AF-065 | A Proton-Based Muon Source for a Collider at CERN | |
| AF-067 | Fe-based high field superconductors for cost-effective future accelerator magnets | |
| AF-067 | Development of Superconducting Magnets for Future Accelerators | |
| AF-070 | Compact Superconducting RF Accelerators | |
| AF-072 | in a Linac-based 8 GeV Accelerator for Booster Replacement and other Applications | |
| AF-077 | Magnetization, Drift, and Energy Loss in HTS Cables for Superconducting Particle Accelerators | |
| AF-082 | ISIS Target Development | |
| AF-084 | Energy and Environment Directorate, Pacific Northwest National Laboratory | |
| AF-086 | Nb3Sn Superconducting Radiofrequency Cavities | |
| AF-087 | Development of High-efficiency and Cost-effective Forged Ingot Niobium Technology for Science Frontiers and Accelerator Applications | |
| AF-088 | Large Momentum Acceptance Superconducting Magnets | |
| AF-089 | Current Sharing, Protection, Redundancy, and Contact | |
| AF-093 | R&D of Vacuum Normal Conducting RF Cavities for the Muon Ionization Cooling | |
| AF-094 | Design RF cavity geometries with advanced computation methods | |
| AF-095 | Development of High Power Targetry Systems at FRIB | |
| AF-099 | University Research and Training of Accelerator Scientists and Engineers | |
| AF-100 | INFN Position Paper for ’21 on Accelerators | |
| AF-102 | Muon Collider Accelerator Facility | |
| AF-104 | Muon Collider Machine Detector Interface Studies | |
| AF-105 | Advancing superconducting magnet diagnostics for future | |
| AF-107 | Fiber-optic quench detection system for future accelerator | |
| AF-108 | for 2020 Research and Development to Advance Technology of Strong Cooling of High Energy Hadron Beams | |
| AF-110 | Stress Management Technology for High-field Accelerator Magnets based on Stress/strain Sensitive Superconductors Word document | |
| AF-111 | Stress Management Technology for High-field Accelerator Magnets based on | |
| AF-114 | Understanding and mitigating training in superconducting accelerator | |
| AF-115 | Common Coil Dipole for High Field Magnet Design and R&D | |
| AF-116 | Physics and technology challenges | |
| AF-117 | The Center for Bright Beams | |
| AF-118 | Fostering the development of energy efficient and sustainable | |
| AF-120 | Novel materials to improve High Power Target reliability | |
| AF-122 | Challenges and opportunities of SRF theory for particle accelerators | |
| AF-123 | High average power femtosecond laser driver for plasma accelerators | |
| AF-124 | High average power femtosecond laser driver for plasma accelerators | |
| AF-125 | Development of Multi-Strand Cables with REBCO CORC® | |
| AF-126 | Ken-ichi Sasaki1a, Mitsushi Abe1, Makoto Yoshida2, Masami Iio1, Takahiro Okamura2 | |
| AF-127 | High-Gradient Accelerators at THz Frequencies | |
| AF-129 | Comprehensive Single-shot Diagnostics for Quantifying LWFA Beam Quality | |
| AF-130 | Ultra-thin A15 Superconducting Wires for Future High Field Accelerators | |
| AF-132 | Mitigation of Emittance Dilution Due to Wakefields in Accelerator Cavities | |
| AF-135 | LEMMA a positron driven muon source for a muon collider | |
| AF-137 | Studies of target materials and layout for a low emittance muon source (LEMMA | |
| AF-139 | US-Japan Collaboration on Accelerator and Beamline Research and Technology | |
| AF-140 | Ultra-radiation-transparent Superconducting Detector Magnets for High Energy Physics | |
| AF-141 | EuPRAXIA – A Concept for a Research Infrastructure based on Plasma | |
| AF-141 | Ultra-radiation-transparent Superconducting Detector Magnets for High Energy Physics | |
| AF-142 | Authors Rob van Weelderen + … to be defined | |
| AF-150 | Elements for future collider electron rings | |
| AF-151 | Higher Efficiency High Power RF | |
| AF-152 | Superconducting RF for CW Synchrotrons | |
| AF-159 | Tackling the challenges in beam intercepting devices and target | |
| AF-160 | Advanced cladding technologies for beam absorbers and secondary | |
| AF-162 | Polarized targets for laser-plasma applications | |
| AF-166 | Accelerator and Quantum Detector Cryogenics R&D | |
| AF-167 | Brookhaven Engagement with Integrated Magnet Development for Future | |
| AF-171 | G. Ciovati, P. Dhakal, U. Pudasaini, C.E. Reece , R.A. Rimmer A-M. Valente-Feliciano | |
| AF-172 | Next Generation SRF accelerators based on Nb3Sn | |
| AF-174 | Fabrication of 1.3 GHz ILC Shaped Magnesium Diboride SRF Cavity Word document | |
| AF-175 | High field superconducting accelerator magnet technologies based on Bi-2212 high- temperature superconductor for future accelerator facilities | |
| AF-178 | Hyper Tech Research Inc. 539 Industrial Mile Rd. Columbus, OH 43228 | |
| AF-181 | Beam Cooling development in Russia and potential international | |
| AF-183 | Physics-based high-fidelity modeling of high brightness beam injectors | |
| AF-184 | Emanuela Z. Barzi3, Ernesto S. Bosque1, Daniel S. Davis1, Laura Garcia Fajardo2, Youngjae Kim1, Vladimir | |
| AF-185 | Accelerator Frontier (AF) Accelerator Technology (AF7 | |
| AF-187 | The US Magnet Development Program - Preparing | |
| AF-190 | R&D for MW Pion Production Targets for Next Generation Long Baseline Neutrino Facilities | |
| AF-191 | A Flowing Granular Tungsten Pion Production Target for a Muon Collider at CERN | |
| AF-192 | Field Emission Suppression in High-Gradient SRF Cavity Systems | |
| AF-194 | Pushing Brightness and Current limits of Normal- Conducting Radiofrequency Electron Sources | |
| AF-196 | Laser-driven acceleration mediated by metallic | |
| AF-197 | High bandwidth adaptive control systems for particle | |
| AF-199 | Superconducting Technologies and Materials for Muon Collider Magnets | |
| AF-201 | Challenges in Advanced RF Sources R&D | |
| AF-205 | Next-Generation Superconducting RF Technology based on Advanced Thin Film | |
| AF-206 | Key Directions for Research and Development of Superconducting Radiofrequency (SRF) Cavities | |
| AF-207 | R&D in Nb3Sn and Iron-based Superconductors for High Field Magnets | |
| AF-208 | High precision RF control for next generation accelerators | |
| AF-214 | High-field Nb3Sn conductor for future accelerator magnets | |
| AF-217 | Plasma Processing for In-Situ Field Emission Mitigation of Superconducting Radiofrequency (SRF | |
| AF-217 | The Need for Ongoing Advances in Superconducting | |
| AF-219 | Irradiation facilities and irradiation methods for High Power Targetry | |
| AF-220 | Advanced modelling for High Power Targetry | |
| AF-222 | Broad Range of Accelerator R&D From Basic to Applied Science | |
| AF-225 | Designing phase space with 6D manipulation | |
| AF-226 | Advanced beam diagnostics R&D | |
| AF-227 | At Risk University-based Accelerator Science | |
| AF-229 | The necessity of a basic materials research community for the accelerated development of SRF materials | |
| AF-230 | An Accelerator Science Ecosystem | |
| AF-230 | kW average power frequency doubled YbYAG amplifiers to pump high energy femtosecond lasers at kHz repetition rates | |
| AF-231 | Superconducting Undulators for Positron Sources | |
| AF-232 | ELECTROMECHANICAL STUDIES OF SUPERCONDUCTORS AND REFERENCE MEASUREMENTS FOR HEP PARTICLE COLLIDERS | |
| AF-234 | Bright Electron and Positron Beams and High-Charge Electron Bunches for Beam-driven Structure-WakeField Accelerators | |
| AF-236 | Superconducting Free Electron Laser Undulators for Colliders | |
| AF-238 | Collider in the Sea | |
| AF-245 | Machine Detector Interface at the Circular Electron Positron Collider, – August 31, 2020 | |
| AF-247 | Magnet solenoid R&D – August 31, 2020 | |
| AF-248 | An Impartial Perspective for Superconducting Nb3Sn coated Copper RF | |
| AF-249 | High Field Magnet Development for HEP in Europe – A Proposal | |
| AF-251 | Price of 2G HTS Wire Plenty of Room to Go Down | |
| CF-179 | Opening the terahertz axion window | |
| CommF-017 | Catalyzing Societal Impact – IARC at Fermilab | |
| CommF-020 | The IsoDAR Cyclotron as a Testbed for Next- Generation Isotope-Production Targets | |
| CommF-047 | Transformative Technology for FLASH Radiation Therapy | |
| CompF-027 | Numerical Modeling for Superconducting Accelerator Magnets | |
| IF-162 | Transduction for New Regimes in Quantum Sensing | |
| NF-047 | Underground Facilities UF | |