| AF-008 | Beam Physics of Extreme Bunch Compression | |
| AF-012 | A Leading US Facility for Beam Physics | |
| AF-023 | US Particle Accelerator School Long Term Needs | |
| AF-027 | The Joint Universities Accelerator School (JUAS | |
| AF-029 | Adaptive Machine Learning for Time Varying Systems Noninvasive | |
| AF-037 | Status Update and Grand Challenges in Education and Outreach for accelerator science | |
| AF-041 | Beam Physics Challenges & Research Opportunities | |
| AF-043 | Research and Educational Opportunities at the Argonne Wakefield Accelerator (AWA) Facility | |
| AF-056 | Accelerator and Beam Physics Grand Challenges and Research | |
| AF-061 | High-energy high-luminosity ERL-based e+e- collider | |
| AF-078 | Photonic Crystal (PhC)-based Dielectric Laser Accelerator (DLA | |
| AF-080 | Workforce Diversity in the Field of Accelerators | |
| AF-087 | Electron Lenses for Colliders and Intense | |
| AF-096 | GARD Beam Test Facilities | |
| AF-099 | University Research and Training of Accelerator Scientists and Engineers | |
| AF-100 | INFN Position Paper for ’21 on Accelerators | |
| AF-116 | Physics and technology challenges | |
| AF-117 | The Center for Bright Beams | |
| AF-118 | Fostering the development of energy efficient and sustainable | |
| AF-119 | Advanced Beam Cooling | |
| AF-121 | Increasing the Pipeline of Graduate Students in Accelerator Physics | |
| AF-140 | Ultra-radiation-transparent Superconducting Detector Magnets for High Energy Physics | |
| AF-143 | SNOWMASS21-AF3_AF1-EF0_EF0-RF0_RF0-143.pdf File missing | |
| AF-145 | Loss prediction through modeling of high dynamic range beam | |
| AF-146 | FCC-ee as Z, W and H factory | |
| AF-147 | FCC-ee upgrade to top factory | |
| AF-148 | Precision Energy Calibration for a Future | |
| AF-149 | Monochromatized direct s-channel Higgs | |
| AF-153 | Optimizing the FCC-hh Hadron Collider | |
| AF-155 | Strategy Towards Ultimate Limits | |
| AF-156 | Expting Global Accelerator Network | |
| AF-157 | High-Level Facility Summaries and Articles Promoting Accelerator Science | |
| AF-161 | Beam Dynamics Challenges for High-Energy | |
| AF-174 | Strategy for HEP Accelerator Workforce Training | |
| AF-181 | Beam Cooling development in Russia and potential international | |
| AF-183 | Physics-based high-fidelity modeling of high brightness beam injectors | |
| AF-186 | Set For Success How to Accelerate Early Career Accelerator Scientists | |
| AF-202 | Low Energy Test Facilities and Analogue Machines for Research and Education | |
| AF-209 | Concept for a Neutral-Rich Three-Dimensional | |
| AF-218 | Computational modeling needs of plasma-based accelerators towards | |
| 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-233 | A Muti-Turn ERL research facility CBETA | |
| AF-241 | The Path to Compact, High-Intensity Beams | |
| AF-248 | 2020 Plasma Accelerator Science | |
| AF-253 | Megawatt Recirculating Superconducting Proton Linac for Neutrinos | |
| CommF-006 | HEP Ind(cid88)(cid86)(cid87)(cid85)(cid92) pa(cid85)(cid87)ne(cid85)(cid86)hip and mobili(cid87)(cid92 | |
| CommF-063 | Training in the U.S. of Italian Science Students | |
| CommF-065 | Expanding Fermilab's international outreach through European Networks | |
| CommF-066 | “Collaboration between industry and the HEP community” | |
| CompF-067 | End-to-End Virtual Accelerators (EVA | |
| CompF-069 | Center(s) for Accelerator and Beam Physics Modeling | |
| CompF-070 | A modular community ecosystem for multiphysics particle | |
| CompF-075 | Machine learning and surrogate models for simulation-based | |
| CompF-079 | Develop/integrate data standards & start-to-end | |
| CompF-081 | Aspiration for Open Science in Accelerator & Beam Physics Modeling | |
| CompF-082 | Consortium for PIC Software in Accelerator Science | |
| CompF-108 | Application of Machine Learning to Particle Accelerator | |
| EF-015 | Short-Bunch Paradigm Laserless γγ Collider | |
| IF-143 | Muon Collider experiment requirements for new detector R&D and reconstruction tools | |