| AF-021 | Jingyu Tang for the SPPC Study Group | |
| AF-022 | R&D of High Field Superconducting Magnets for Future Accelerators | |
| AF-024 | Collider in the Sea | |
| AF-025 | The Need for Research into | |
| AF-029 | Adaptive Machine Learning for Time Varying Systems Noninvasive | |
| AF-033 | R&D on Extreme Six-Dimensional Cooling for a Muon Beam | |
| AF-034 | Solving Critical Problems of the Energy Frontier Muon Collider Optics | |
| AF-036 | to AF4 Multi-TeV Collider and AF2 Accelerator for Neutrino Physics | |
| AF-042 | SWFA demonstrators with integrated technologies for future large- scale machines | |
| AF-054 | on Leading-Edge R&D | |
| AF-064 | The Case for Innovative Research in Accelerator Science | |
| AF-065 | A Proton-Based Muon Source for a Collider at CERN | |
| AF-066 | Issues and Mitigations for Advanced Muon Ionization Cooling | |
| AF-069 | Collider in the Sea | |
| AF-075 | Perspectives on International Superconducting Linear Colliers (ILC) to the Next Century | |
| AF-079 | Optical Energy Recovery for a High Duty Cycle Gamma Ray Source | |
| AF-081 | Tau-neutrino Production at a multi-TeV Lepton Collider | |
| AF-088 | Argonne Flexible Linear Collider (AFLC) – Beyond Concept A 3-TeV Linear Collider Using Short rf Pulse (~20 ns) Two--Beam Accelerator | |
| AF-090 | Structure Wakefield Acceleration (SWFA) Development for an Energy Frontier Machine | |
| AF-093 | R&D of Vacuum Normal Conducting RF Cavities for the Muon Ionization Cooling | |
| AF-101 | Dual Axis SRF Structures – ‘The Best of Both’ Linear and Circular Accelerators | |
| AF-102 | Muon Collider Accelerator Facility | |
| AF-103 | International Muon Collider Collaboration | |
| AF-104 | Muon Collider Machine Detector Interface Studies | |
| AF-108 | for 2020 Research and Development to Advance Technology of Strong Cooling of High Energy Hadron Beams | |
| AF-109 | s = 10 TeV µ+µ− Collider | |
| 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-144 | for 2020 on Lepton-Hadron colliders at Multi-TeV Scale | |
| AF-153 | Optimizing the FCC-hh Hadron Collider | |
| AF-159 | Tackling the challenges in beam intercepting devices and target | |
| AF-161 | Beam Dynamics Challenges for High-Energy | |
| AF-165 | Machine Learning Meets the Challenges of HEP Research and Development | |
| AF-167 | Brookhaven Engagement with Integrated Magnet Development for Future | |
| AF-168 | Path towards a Beam-Driven Plasma Linear Collider | |
| AF-169 | R&D of Very High Field Superconducting Magnets for a Muon Collider | |
| AF-177 | The Compact Linear Collider (CLIC | |
| AF-187 | The US Magnet Development Program - Preparing | |
| AF-195 | Energy Frontier eh Scattering - LHeC and FCC-eh | |
| AF-199 | Superconducting Technologies and Materials for Muon Collider Magnets | |
| AF-216 | Laser-Plasma Accelerator Linear Collider | |
| AF-237 | Future Energy Frontier Collider Options for the United States | |
| AF-239 | Accelerator Physics in the Collider in the Sea | |
| AF-243 | C3 An Advanced Concept for a High Energy e+e- Linear Collider | |
| AF-251 | Electron Beam Driven Plasma Wakefield Acceleration (PWFA | |
| CF-074 | Synergy of astro-particle physics and collider physics | |
| CF-083 | Studies of the Muon Excess in Cosmic Ray Air Showers | |
| EF-177 | Higgs and Electroweak Physics at the Muon Collider Aiming for Precision at the Highest Energies | |
| EF-228 | Muon collider A window to new physics | |
| EF-234 | Muon Collider solidifying the physics case | |
| EF-239 | Future Energy Frontier Collider Options for the United States | |
| IF-143 | Muon Collider experiment requirements for new detector R&D and reconstruction tools | |
| NF-077 | nuSTORM collaboration | |
| NF-082 | nuSTORM collaboration | |
| TF-046 | Muon Collider Study of methods for the luminosity measurement | |