Active ATF Experiments

• AE62 - Sub-femtosecond beam line diagnostics, PI: G. Andonian, UCLA (2014)
• AE63 - Stony Brook Accelerator Laboratory Course, CASE@ATF, PI: Litvinenko, Stony Brook (2014)
• AE64 - Surface Wave Accelerator and Radiation Source Based on Silicon Carbide, PI: G. Shvets, U. Tex. (2010)
• AE66 - Modification of Gas Jet Density Profile with Hydrodynamic Shocks for CO2 Laser Ion Acceleration Experiment,  PI: A. Ting/Z. Najmudin, NRL/Imperial College (2014)
• AE67 - Space Radiation Effects Experiments,  PI: Wousik Kim, NASA (2014)
• AE68 - Ramped Beam Generation Using Dielectric Wakefield Structures,  PI: G. Andonian, RadiaBeam (2014)
• AE69 - Key physics study of LPI with NCD plasma using laser machined plasma structure, PI: Wei Lu, Tsinghua Univ., China (2014) feasibility study
• AE71 - CO₂-laser-driven GeV wakefield accelerators with external injection / Key Physics Study of Laser Wakefield Acceleration Utilizing Ultrafast CO₂ Laser and Electron Beam, Principle Investigators: V. Litvinenko/W. Lu, SUNY SB/Tsinghua Univ. (2014)
• AE72 - Interaction Physics of Pico-second far-IR Terawatt Laser with Materials, PI: A. Ting, NRL (2015) proprietary research
• AE73 - Energy Chirp Compensation in Plasma, PI: J. Osterhoff, DESY (2015)
• AE75 - MEMS Undulator for EUV Lasers, PI: I. Gadjev, UCLA (2015)
• AE76 - High Duty Cycle FEL, PI: A. Murokh, Radiabeam (2015)
• AE77 - Advanced IFEL (Part 1), PI: N.Sudar, UCLA
• AE78 - eRHIC BPM, PI:  Minty,BNL
• UE80 - Non-Equilibrium phenomena w/UED, PI: Tao, BNL
• UE81 - Phase 1 LDRD for UED, PI: Yu, BNL
• UE82 - Thermal tansport in thermoelectric matl, PI: Li, BNL
• UF83 - Charge order formation, PI: Konstantinov, SUNY SB
• UE84 - UED Thin Film Melting, PI: Robinson, BNL
• AE85-Multiatmospheric CO2 Amplifier Optically Pumped by a 4.3 micron FeZnSe Laser, PI: Tochitsky, UCLA
• AE86-Plasma Ion Channel Undulator (PICU) using Electron Beam in CO2 Laser-Driven Channel, PI: A. Sahai/Z. Najmudin, ICL
• AE87-Hard X-ray ICS, PI: Y. Sakai, UCLA
• AF88-Electron Beam Formation via Ionization Injection for Next Generation Accelerator R&D, C. Swinson, BNL