Accepted Proposals
Listed below are approved experiments for FACET-II User Facility. Currently active experiments (invited for beamtime or to otherwise use facility resources) are indicated.
Proposal number | Proposal Title | Principal Investigator | Institution | Contact | Currently Active |
---|---|---|---|---|---|
E-300 | Energy Doubling of Narrow Energy Spread Witness Bunch while Preserving Emittance with a High Pump-to-Witness Energy Transfer Efficiency in a Plasma Wakefield Accelerator | Chan Joshi and Mark Hogan | UCLA, SLAC | Chan Joshi | Y |
E-301 | Tailored Plasma Source for Emittance Preservation in Plasma Wakefield Acceleration and High-Brightness Plasma-Injected Beams | Michael Litos | University of Colorado Boulder | Michael Litos | Y |
E-302 | Transverse wakefields and instabilities in plasma wakefield accelerators | Prof. Erik Adli | University of Oslo | Prof. Erik Adli | |
E-303 | Generation and Acceleration of Positrons at FACET II | Ken Marsh and Chan Joshi | UCLA | Ken Marsh | |
E-304 | Downramp Trapping in PWFA for generating low emittance beams | Chaojie Zhang (UCLA), Sebastien Corde (LOA) and Xinlu Xu (SLAC) | UCLA/LOA/SLAC | Chaojie Zhang | Y |
E-305 | Beam filamentation and bright gamma -ray bursts | Sébastien Corde, Ken Marsh, Frederico Fiuza | École Polytechnique/LOA, UCLA, SLAC | Sébastien Corde | Y |
E-306 | Beam-Driven Ion Channel Laser | Michael Litos | University of Colorado Boulder | Michael Litos | |
E-307 | Investigating the physics of beam loading using localized beam-induced ionization injection | Navid Vafaei-Najafabadi | Stony Brook University | Navid Vafaei- Najafabadi | |
E-308 | Extreme Focusing in Vacuum with a Passive Plasma Lens | Michael Litos | University of Colorado Boulder | Michael Litos | Y |
E-310 | Trojan Horse-II | Bernhard Hidding | James B. Rosenzweig | Heinrich Heine University Düsseldorf | UCLA | Bernhard Hidding | Y |
E-311 | Plasma Torch Optical Density Downramp Injection | Bernhard Hidding | James B. Rosenzweig | Heinrich Heine University Düsseldorf | UCLA | Thomas Heinemann | Y |
E-312 | High Brightness Electron Beams from Dragon Tail Injection | James B. Rosenzweig, Bernhard Hidding | UCLA, Strathclyde | James B. Rosenzweig | |
E-313 | Multibunch dechirper for ultrahigh 6D brightness beams | Bernhard Hidding, Fahim A. Habib | Heinrich Heine University Düsseldorf | Bernhard Hidding | |
E-314 | Experimental Investigations of Ion Collapse in the PWFA | James B. Rosenzweig, Bernhard Hidding | UCLA, Univ. Strathclyde | James B. Rosenzweig | |
E-315 | Plasma Afterglow Attosecond Metrology | Bernhard Hidding, Andrew Sutherland | Heinrich Heine University Düsseldorf | Andrew Sutherland | Y |
E-316 | Icarus: Transient tunneling ionization of crossing laser and electron beams | Bernhard Hidding, Thomas Heinemann | Heinrich Heine University Düsseldorf; DESY | Bernhard Hidding | |
E-317 | TeV/m plasma wakefield acceleration | James B. Rosenzweig, Agostino Marinelli | UCLA, SLAC | James B. Rosenzweig | |
E-318 | Attosecond strong-field physics | Agostino Marinelli | SLAC | Agostino Marinelli | |
E-319 | Flat-beam plasma wakefield acceleration and focusing | Gerard Andonian, James B. Rosenzweig | UCLA, RadiaBeam | James B. Rosenzweig | |
E-320 | Probing Strong-field QED at FACET-II | Sebastian Meuren | École Polytechnique | Sebastian Meuren | Y |
E-321 | Dielectric wakefield acceleration at GV/m gradients | James B. Rosenzweig, Brendan O’Shea | UCLA, SLAC | James B. Rosenzweig | |
E-322 | Gas Sheet Viewscreen | G. Andonian, M. Ruelas | RadiaBeam Technologies | G. Andonian | |
E-323 | A post-plasma longitudinal bunch diagnostic for FACET-II with fs resolution | Jens Osterhoff | Berkeley | Jens Osterhoff | |
E-324 | Optical visualization of beam-driven plasma wakefield accelerators | M. Downer | The University of Texas at Austin | M. Downer | Y |
E-325 | Automatic tuning for high gain, low energy spread, and low variance PWFA | Alexander Scheinker | Los Alamos National Laboratory | Alexander Scheinker | Y |
E-326 | Non-Intercepting Diagnostics for High Intensity Beams and Computer Control | Brendan O’Shea | SLAC National Accelerator Laboratory | Brendan O’Shea | Y |
E-327 | Virtual diagnostic for phase space prediction and customization at FACET-II | Claudio Emma | SLAC National Accelerator Laboratory | Claudio Emma | Y |
E-328 | Coherent off-axis undulator radiation as a bunch length diagnostic for FACET-II | Claudio Emma | SLAC National Laboratory | Claudio Emma | |
E-329 | A Non-Invasive Current Profile Diagnostic for Electron Bunches | Quinn Marksteiner | Los Alamos National Laboratory | Quinn Marksteiner | |
E-330 | Laserwire for Sector 20 IP Transverse Beam Diagnostics | Glen White | SLAC National Accelerator Laboratory | Glen White | |
E-331 | Neural network based tuning to exploit machine-wide sensitivities in pursuit of high beam quality | Auralee Edelen | SLAC National Accelerator Laboratory | Auralee Edelen | Y |
E-332 | Near-field-CTR-based self-focusing in beam-multifoil collisions: towards soliddensity beams, extremely-dense gamma-ray pulses and laserless SFQED | Sébastien Corde and Matteo Tamburini | IP Paris and MPIK | Sébastien Corde | Y |
E-333 | Positron Acceleration in an Electron Beam- Driven Plasma Filament Wakefield | Spencer Gessner | SLAC National Accelerator Laboratory | Spencer Gessner | |
E-334a | Relativistic doppler shift of coherent transition radiation | Agostino Marinelli | SLAC National Accelerator Laboratory | Agostino Marinelli | |
E-334b | Extreme Nonlinear Coherent Transition Radiation: dielectric response of materials to supercritical fields. | David Reis | SLAC National Accelerator Laboratory | David Reis | |
E-335 | Compressing FACET-II e-beam to hundreds of kA | Yichao Jing | Brookhaven National Lab | Yichao Jing | |
E-336 | E305nano (extension of E305 scope) Feasibility studies of the FACET-II beam interaction with CNT materials | Sébastien Corde and Toshiki Tajima | IP Paris and UC Irvine | Sébastien Corde | Y |
E-337 | Electron and positron acceleration in self- generated, thin, warm hollow plasma channels | Thales Silva and Jorge Vieria | Instituto Superior Técnico, Lisbon, Portugal | Thales Silva | |
E-338 | Attosecond XUV/X-ray source driven by a plasma accelerator | Claudio Emma, Mark Hogan, Agostino Marinelli | SLAC National Accelerator Laboratory | Claudio Emma | Y |
E-339 | PetaVolts per meter plasmonics using engineered materials | Aakash Sahai | University of Colorado Denver | Aakash Sahai |
FACET experiments (complete) from 2011-2016
Number | Proposal Title | Principal Investigator | Institution | Contact |
---|---|---|---|---|
E-200 | Multi-GeV Plasma Wakefield Acceleration Experiments | Chan Joshi, Mark Hogan, Patric Muggli | UCLA, SLAC, MPI | Mark Hogan |
E-201 | Wakefield Acceleration in Dielectric Structures | J. Rosenzweig, G. Tavish, M. Hogan, P. Muggli | UCLA, SLAC, USC | Gerard Andonian |
E-202 | Ultrafast processes in Magnetic Materials | Hermann Durr | SLAC | Ioan Tudusa |
E-203 | Determination of the time profile of 50 fs long bunches by means of coherent Smith- Purcell radiation | Ivan Konoplev | Oxford University | Ivan Konoplev |
E-204 | Proposal for testing of metallic structures periodic structures at FACET | V. Dolgashev | SLAC | V. Dolgashev |
E-205 | High Gradient Dielectric Wakefield Measurement at FACET | A. Kanareykin | Euclid Techlabs LLC | A. Kanareykin |
E-206 | Characterizing Terahertz Radiation from the FACET Beam | Alan Fisher | SLAC | Alan Fisher |
E-207 | High-Gradient THz-scale Two-Channel Coaxial Dielectric Wake Field Accelerator Experiment | S. Shchelkunov | Yale | |
E-208 | Direct measurements of the transverse long-range wake-fields of CLIC main linac accelerating structures | Alexej Grudiev | CERN | Alexej Grudiev |
E-209 | Study of the Self-Modulation of Long Lepton Bunches in Dense Plasmas and its Application to Advanced Acceleration Techniques | J. Vieira, P. Muggli, M. Hogan | UTL, MPI, SLAC | Jorge Vieira |
E-210 | Trojan Horse Plasma Wakefield Acceleration | J. Rosenzweig, B. Hidding | UCLA | |
E-211 | Experimental verification of the effectiveness of linear collider final-focus feedbacks and alignment algorithms | Andrea Latina | CERN | Andrea Latina |
E-212 | Radiation from GeV electrons in diamond with intensities approaching the amplified radiation regime | U. Uggerhøj | DPAAU | |
E-213 | Temporal Limits of Electron -Phonon Interaction | I-Wei Chen | University of Pennsylvania | I-Wei Chen |
E-214 | Monochromatic 10 MeV Gammas by a Miniature Undulator | Michael Di Rosa | LANL | Michael Di Rosa |
E-215 | High-quality witness bunch generation and acceleration | Jens Osterhoff | DESY | Jens Osterhoff |
E-216 | Single Shot Femtosecond Beam Pulse Length Measurements | Ralph Fiorito | University of Maryland | Ralph Fiorito |
E-217 | Ionization and down-ramp injection proposal by the E200 team | Chan Joshi | UCLA | Chan Joshi |
E-218 | Single-Shot Imaging of THz -Induced Switching in IT Materials | Matthias Hoffmann | SLAC | Matthias Hoffmen |
E-224 | Visualization of electron- driven plasma wakefield accelerators | Mike Downer | UT Austin | Michael Downer |
E-225 | Hollow Channel Plasma Wakefield Acceleration | Mark Hogan | SLAC | Spencer Gessner |
E-226 | Energy-Chirp Compensation of Electron Beams in a Plasma | Christopher Behrens | DESY | |
E-228 | Terahertz-driven structural dynamics in ferroelectric nanolayers | Aaron Lindenberg | SLAC | |
T-500 | Characterizing Terahertz Radiation from the FACET Beam | Alan Fisher | SLAC | Alan Fisher |
T-503 | North Damping Ring Measurements | Alan Fisher | SLAC | Alan Fisher |
T-504 | Hollow Channel PWFA with electrons | Mark Hogan | SLAC | Spencer Gessner |