EM
Structure-Based Accelerators Working Group |
| Vitaly
Yakimenko |
In Vacuum Laser
Acceleration of Electrons at the Brookhaven ATF |
| Feng
Zhou |
Proof-of-principle experimental
test for the novel vacuum electron-laser acceleration
at the BNL-ATF |
| Thomas
Marshall |
GeV/m WAKE FIELDS GENERATED
BY A TRAIN OF pC, FEMTOSECOND BUNCHES IN A PLANAR
DIELECTRIC MICROSTRUCTURE |
| Changbiao
Wang |
GeV/m WAKE FIELDS GENERATED
BY A TRAIN OF pC, FEMTOSECOND BUNCHES IN A PLANAR
DIELECTRIC MICROSTRUCTURE |
| Benjamin
Cowan |
Photonic Crystal Laser-Driven
Accelerator Structures |
| John
Power |
Observation of Multipactor
in an Alumina-based Dielectric-Loaded Accelerating
Structure |
| Wayne
Kimura |
Detailed Model Comparisons
with STELLA Experimental Results |
| Rodney
Yoder |
DESIGN FOR A SLAB-SYMMETRIC
DIELECTRIC-BASED RESONANT STRUCTURE FOR LASER-POWERED
ACCELERATION |
| Stanislav
Zhilkov |
Driven radiation of ribbon
electron beam as a tool for optical modulation |
| Steven
Gold |
Development of a 20-MeV
Dielectric-Loaded Accelerator Test Facility* |
| Levi
Schachter |
Optical Bragg Acceleration
Structure |
| Evgenya
Smirnova |
Photonic Band Gap structures
for accelerator applications |
| Chunguang
Jing |
High
power rf test for MCT based 11.424GHz dielectric
loaded structures
|
| Alex
Kanareykin |
Enhanced Transformer
Ratio Experiment at Argonne Wakefield Accelerator |
| Anatoly
Blanovsky |
Conceptual
Design of Dielectric Accelerating Structures for
Intense Neutron and Monochromatic X-ray Sources |
| Chris
Sears |
IFEL-Chicane
based Microbuncher at 800 nm |
| Chieh
Sung |
Study
of a THz IFEL prebuncher for laser-plasma accelerators |
| Chieh
Sung |
Single
stage GeV-class IFEL accelerator |
| David
Yu |
A
POLARIZED ELECTRON PWT PHOTOINJECTOR FOR LINEAR
COLLIDERS |
| Wei
Gai (invited) |
1
GeV acceleration using electron beam driven wakefields
in structures |
| Gerald
Dugan (invited) |
Advanced accelerator
requirements for synchrotron radiation facility
linacs |
| Wayne
Kimura (invited) |
Conceptual
Design for a 1-GeV IFEL Accelerator |
| Yu-Kun
Ho (invited) |
Exploring Acceleration Channel
of Vacuum Laser Beams |
e-Beam
Driven Accelerators |
| Wei
Lu |
Linear
and nonlinear plasma wakes driven by electron
beam |
| James
Rosenzweig |
ENERGY
LOSS OF A HIGH CHARGE BUNCHED ELECTRON BEAM IN
PLASMA: SIMULATIONS, SCALING, AND ACCELERATING
WAKE-FIELDS |
| David
Bruhwiler |
Simulation
of Ionization Effects for High-Density Positron
Drivers in future Plasma Wakefield Experiments |
| Chengkun
Huang(invited) |
Modeling Plasma
Afterburner |
| Eric
Colby (invited) |
Potential Beams
at ORION |
| Mark
Hogan (invited) |
Energy Gain
in E-164X |
| Caolionn
OConnell (invited) |
Field Ionization
of a Neutral Lithium Vapor using a 28.5 GeV Electron
Beam |
High
Energy Density Physics and Exotic Acceleration
Schemes Working Group |
| kunioki
mima |
PIC simulation and experimental
researches on high energy ion generation |
| Levi
Schachter |
Active Media Accelerators |
| Benjamin
Bowes |
Ultrafast 2-D radiative
transport in a micron-scale aluminum plasma excited
at relativistic intensity |
| Kazuhisa
Nakajima |
Laser
Ponderomotive e+e- Collider and Proton Acceleration
up to the range of Ultra-High Energy Cosmic Rays |
| Paul
Bolton |
Ion
Production via Optical Field Ionization of Atoms
and Ions: Results from Early Work |
| Eric
Esarey |
Beam
Manipulation with Laser-Plasma Wakefields: Beam
Conditioning, Emittance Selection, and Beam Chopping |
| Alex
Kanareykin |
New
Low-Loss Ferroelectric Materials for Accelerator
Application |
| Teh
Lin |
Characteristics
of High-Intensity Laser Produced Proton Beams |
| Peter
Messmer |
Ion
acceleration and terahertz wave generation by ultrashort
laser-foil interaction |
| Atsushi
Ogata |
Energy
Enhancement of Produced Protons by Prepulses and
Back Focusing in Interaction between T-cube Lasers
and Thin Foils |
| Tomas
Plettner |
New
experimental approaches for the LEAP experiment |
| Carl
Schroeder |
Electron
Beam Conditioning by Thomson Scattering |
| Jonathan
Wurtele |
Beam
Conditioning for FELs: Consequences and Methods
|
| Donald
Umstadter |
Acceleration
of an Electron Beam in Vacuum by a High-Intensity
Laser Pulse |
Laser
Plasma Acceleration - Plasma Acceleration Subgroup |
| Vitaly
Yakimenko |
ACCELERATION AND FOCUSING
OF RELATIVISTIC ELECTRONS IN OVER-DENSE PLASMA |
| M.
Fomotskyi |
LWFA with Low Energy Raman
Seeded Pulses |
| Albert
Reitsma |
Laser wakefield acceleration
- a fully self-consistent analysis |
| Wayne
Kimura |
Laser Wakefield Acceleration
Driven by ATF CO2 Laser |
| Serguei
Kalmykov |
Application of detuned plasma
beatwave for generation of few-cycle electromagnetic
pulses |
| Kazuhisa
nakajima |
Ultrahigh current electron
acceleration in relativistic laser-plasma interactions |
| Sergey
Gordienko |
Electron
acceleration in the Bubble regime: analytical theory
and numerical simulations
|
| Shouyuan
Chen |
Experimental Evidence of
Ionization Blue Shift Seeded Forward Raman Scattering |
| James
Cooley |
Broad-Energy Electron Beam
Injection and Loading in Laser Wakefield Accelerators |
| Mike
Downer |
Femtosecond pump-probe studies
of preformed plasma channels and clustered plasmas |
| Eric
Esarey |
Nonlinear group velocity,
pump depletion, and electron dephasing inlaser wakefield
accelerators |
| Gwenael
Fubiani |
Beat wave injection of electrons
into plasma waves using two interferinglaser pulses |
| Julien
FUCHS |
Ultra-high brightness laser-accelerated
proton source & novel acceleration schemes |
| Nasr
Hafz |
Experiment on the Thomson
Backscattering from LWFA e-beams |
| Tomonao
Hosokai |
Experimental study of fs
electron bunch generation by laser plasma cathode |
| Richard
Hubbard |
Trapping and Acceleration
of Nonideal Injected Electron Bunches in Channel-Guided
LWFAs |
| Dino
Jaroszynski |
Progress on the UK Advanced
Laser Plasma High-energy Accelerator ALPHA-X project |
| Dmitri
Kaganovich |
Experimental Demonstration
of a Staged Optical Injection and Laser Wakefield
Acceleration |
| Kazuyoshi
Koyama |
Generation of Quasi-monoenergetic
High-energy Electron Beam by Plasma Wave |
| Carl
Schroeder |
Trapping, wavebreaking,
and dark current in nonlinear plasma waves |
| Hyyong
Suk Suk |
Generation of MeV-level
high-energy electrons from the interaction of a
2 TW laser beam and a gas target |
| Antonio
Ting (Invited) |
NRL Laser Injection Laser
Wakefield Accelerator |
| Mikhail
Tushentsov |
A study of undulator induced
transparency of magnetized plasma in the linear
propagation regime |
| Jonathan
Wurtele |
Robust autoresonant
excitation in the plasma beat-wave accelerator
|
| Csaba
Toth |
A
multi-beam, multi-terawatt Ti:sapphire laser system
for laser wake-field acceleration of electrons and
for bright THz radiation production |
| Mori
Warren |
Near
gev electron acceleration of self-injected electrons
in cm scale plasma channels |
| Gennady
Shvets |
Plasma
Beatwave Accelerator Based on a Nonlinear Bistability
of Relativistic Plasma Waves |
MM
Wave Sources Working group |
| Lawrence
Ives |
Comparison of Multiple Beam
and Sheet Beam Klystons |
| Lawrence
Ives |
Operation of a Confined
Flow Multiple Beam Gun |
| Michael
Read |
Generation and Focusing
of Sheet Beams for High Power Klystrons |
| Vyacheslav
Yakovlev |
FAST X-BAND PHASE SHIFTER |
| Anatoly
Vikharev |
Plasma Switch for X-Band
Active SLEDII RF Pulse Compressor |
| Oleg
Nezhevenko |
INITIAL OPERATION
OF 34 GHZ, 45 MW PULSED MAGNICON*
|
| Jay
Hirshfield |
Whispering
gallery pulse compressor |
| David
Yu |
NEW
DEVELOPMENTS ON PBG RF CAVITIES |
Laser-Plasma
Acceleration: Plasma Guiding Sub-Group |
| J.T.
Mendonca |
Plasma waveguides for laser
accelerators: Simulations and experiments |
| Igor
Pogorelsky |
ATF
experiments on laser and e-beam transport in a capillary
discharge plasma |
| Shouyuan
Chen |
Evidence of Ionization Blue
Shift Seeding of Forward Raman Scattering |
| Dimitre
Dimitrov |
Particle-in-cell simulations
of intense laser pulses coupling into plasma channels |
| Simon
Hooker |
Application of the gas-filled
capillary discharge waveguide to laser-plasma acceleration |
| Min
Hur |
Magneto-plasma waveguide |
| Vinod
Kumarappan |
Guiding of intense pulses
in efficient end-pumped plasma channels generated
by self-focusing in Ar and H_2 clusters |
| Arie
Zigler |
Guiding of
Ultrahigh Laser Intensities in Ablative Capillary
Discharge Plasma Channel with Laser Ignition
|
| Chieh
Sung |
Guiding
of 10 μm laser pulses by use of hollow
waveguides |
Diagnostics, Control and Synchronization |
| Feng
Zhou |
Transverse phase-space measurements
at a magnetic bunch compressor at the BNL-ATF |
| Robert
England |
UCLA Neptune Ramped Electron
Bunch Experiment |
| Dennis
Palmer |
The ORION Photoinjetcor |
| Gil
Travish |
A PMQ-based, Ultra-short
Focal Length, Final Focus System for Next Generation
Beam-Radiation and Beam-Plasma Experiments |
| Stanislav
Zhilkov |
Sequence of THz pulses as
a tool for plasma diagnostics |
| Jin-Soo
Kim |
Design of standing-wave
mutli-cavity beam-monitor for simultaneous beam
position and emittance measurements
|
| Khalid
Chouffani |
Determination of Electron
Beam Parameters by Means of Laser-Compton Scattering |
| J.
Douglas Gilpatrick |
Wide Dynamic
Range Beam Diagnostics Measurements for Ion Accelerators |
| Steve
Korbly |
A Smith-Purcell Radiation
Bunch Length Diagnostic |
| Pierre
MICHEL |
Thomson scattering from
laser wakefield accelerators |
| Tomas
Plettner |
Diagnostics and controls
in the LEAP experiment |
| Sergey
Shchelkunov |
A New Nondestructive Method
for Measuring the RMS Length of Charge Bunches Using
Their Wake Field Radiation Spectrum |
| Jeroen
van Tilborg |
Coherent Transition Radiation
From a Laser Wakefield Accelerator as an Electron
Bunch Diagnostic |
| Zikri
Yusof |
Schottky-Enabled Photoemission
in a RF Accelerator Photoinjector - Possible Generation
of Ultra-Low Transverse Thermal Emittance Electron
Beam |
| Yun
Zou |
Observation
of Energy Equipartitioning in Low Energy Intense
Electron Beam |
| Timur
Shaftan |
Characterization
of bunch longitudinal properties with zero-phasing
method |
| Takahiro
Watanabe |
Angle
and Length Measurements of Microbunches |
| Mitsuru
Uesaka |
Performance
of synchronization and emittance of the Mg cathode
photoinjector |
| Alex
Lumpkin |
Applications
with Intense OTR Images: Microbunched Electron Beams* |
| Alex
Lumpkin |
Applications
with Intense OTR Images: 120-GeV Protons
|
Computational
Accelerator Physics |
| Yasuo
Fukui |
A Muon Cooling Ring with
Lithium Lenses |
| Courtlandt
Bohn |
Collective Modes and Colored
Noise as Beam-Halo Amplifiers |
| Michael
Zeitlin |
Complex Dynamics in Accelerator/Plasma
Physics: Localized States, Zoo of Patterns, Control,
Part I. Kinetic models: BBGKY, Vlasov-Maxwell/Poisson
and all that |
| Michael
Zeitlin |
Complex Dynamics
in Accelerator/Plasma Physics: Localized States,
Zoo of Patterns, Control, Part II. RMS Envelope
Dynamics, Beam-Beam Interaction Models etc |
| Bradley
Shadwick |
Thermal Effects
in Intense Laser-Plasma Interactions |
| Xiangyun
Chang |
Compensation for bunch emittance
in a magnetization and space-charge dominated beam |
| Xiangyun
Chang |
Design
considerations for low field short photo-injected
RF electron gun with high charge electron bunch
followed by linac |
| Dimitre
Dimitrov |
The IONPACK
library of Ionization Algorithms for PIC Codes |
| Gwenael
Fubiani |
Studies of
space charge effects in ultrashort electron bunches |
| Min
Hur |
Averaged-PIC
simulation of laser-plasma interaction: pulse amplification
by Raman backscattering and wake field generation
by two counterpropagating lasers. |
| Amit
Kesar |
Time
and frequency domain models for Smith-Purcell Radiation
from a two dimensional charge moving above a short
grating |
| Chiping
Chen |
Center-of-Mass
Dynamics and Space-Charge Limit of a Finite-Size
Bunched Beam |
No
Working Group Specified - Poster |
| Thomas
Marshall |
WAKE FIELDS EXCITED IN A
SEMI-INFINITE RECTANGULAR DIELECTRIC WAVEGUIDE BY
A TRAIN OF ELECTRON BUNCHES |
| Chunguang
Jing |
Mode Analysis in Multilayer
Dielectric-Loaded Accelerating Structure |
| Matthew
Thompson |
Plasma Density Transition
Trapping of Electrons in Plasma Wake Field Accelerators |
| Stanislav
Zhilkov |
Light beam transformation
and the energy exchange with 2-D particle cluster |
| Amit
Kesar |
Experimental Status of The
17 GHz RF Gun at MIT |
| Philippe
Piot |
Laser-acceleration of electrons
at Fermilab/NICADD photoinjector laboratory |
| Levi
Schachter |
Roughness Effect on a Microbunch |
| Changbiao
Wang |
Rectangular Dielectric-lined
Accelerator Structure |
| Sergey
Shchelkunov |
A New Nondestructive Method
for Measuring the RMS Length of Charge Bunches Using
Their Wake Field Radiation Spectrum* |
| Evgenya
Smirnova |
Progress on the MIT Photonic
Band Gap accelerator experiment |
| Noboru
Yugami |
Radiation from Interaction
between Short Pulse and Ultra High Power Laser and
Magnetized Plasma |
| Kazuhisa
Nakajima |
Head-on injection and acceleration
of a high quality femtosecond electron bunch in
a plasma |
| Scott
Anderson |
Sub-picosecond
Compton scattering x-ray generation using a velocity
bunched electron beam at PLEIADES
|
| Suzhi
Deng |
wake generation and beam
stabilization in self-ionized plasma wakefield accelerators |
| Adnan
Doyuran |
Nonlinear Harmonic Measurements
of the Transverse Thomson Scattering Experiment
at UCLA |
| Bonggu
Shim |
Time-resolved harmonic generation
from exploding noble-gas clusters |
| Rafal
Zgadzaj |
Channeling
Experiments and Wakefield Diagnostics |
| David
Yu |
A POLARIZED
ELECTRON PWT PHOTOINJECTOR FOR LINEAR COLLIDERS |
| Serguei
Kalmykov |
Laser wakefield
acceleration by petawatt ultra-short laser pulses |
| David
Yu |
NEW DEVELOPMENTS
ON PBG RF CAVITIES |
| Mitsuru
Uesaka |
X-band RF gun
and linac for medical Compton scattering X-ray source |
| Winthrop
Brown |
Development
of a Higher Brightness, Ultra-Fast Thomson Scattering
X-ray Source for Dynamic Diffraction on Atomic Time
Scales |
| David
Yu |
BEAM DYNAMICS
AND PERFORMANCE OF A 15.6 GHZ CERAMIC HIGH POWER
RF GENERATOR |
| Michael
LaPointe |
A Status Report
on Ka-band Transmission Line Component Development* |
| Richard
Hubbard |
Prospects for
Integrated Injection and Acceleration Experiments
with Capillary Discharge Guiding |
| Kei
Nakamura |
Laser triggered
injection of electrons in a laser wakefield accelerator
with colliding pulse method. |
| Michail
Tzoufras |
Electron acceleration
from 650fsec and 50fsec ultraintense laser pulses |
| Chieh
Sung |
Study
of a THz IFEL prebuncher for laser-plasma accelerators
|
| G.
Fubiani |
Beat wave injection
of electrons into plasma waves using two interfering
laser pulses |
| D.
Kaganovich |
Experimental
Demonstration of a Staged Optical Injection and
Laser Wakefield Acceleration |
| C.
Toth |
A multi-beam,
multi-terawatt Ti:sapphire laser system for laser
wake-field acceleration of electrons and for bright
THz radiation production |
| M.
Tushentsov |
A
study of undulator induced transparency of magnetized
plasma in the linear propagation regime
|
| F.
Grigsby |
LWFA with Low Energy Raman Seeded Pulses
|
| Daniel
Gordon |
Detailed Modeling
of Channel Guided Laser Wakefield Accelerators based
on Capillary Discharges |
| Vladimir
Gorgadze |
Beam Physics
Studies in Nonneutral Plasmas: Injection, Virtual
Cathodes, and Autoresonant Control |
| Devon Johnson
|
Positron Production from
Betatron X-rays Radiated in a Plasma Wiggler
|
| |
| Pietro
Musumeci |
Very High Energy Gain in
the Neptune IFEL experiment |
| Gerald
Dugan |
Advanced Accelerator System
Requirements Overview |
| Rami
Kishek |
Modeling of
Halos and Intense Beams * |
| John
Lewellen |
High-Brightness
Injector Modeling |
| Simon
Hooker |
Review of laser
guiding experiments |
| Igor
Pogorelsky |
Gas lasers
for strong field applications |
| Marc
Ross |
Diagnostics
for High Energy Accelerators |
| Mitsuru
Uesaka |
Femtosecond
Beam Sources and Applications |
| Santiago
Bernal |
The University
of Maryland Electron Ring: a model recirculator
for intense-beam physics research |
| Yoneyoshi
Kitagawa |
Review of Advanced
Accelerator Concepts R & D in Japan |
| Warren
Mori |
Advances in
simulation capability: A path towards full-scale
modeling of 10 GeV–100 GeV plasma-based accelerator
stages |
No
Working Group specified - Invited Oral in Working
Group |
| Malka
Victor |
Recent
results on high energy and high quality electron
beams from relativistic laser-plasma interaction
with ultra short laser pulse. |
| Santiago
Bernal |
The
University of Maryland Electron Ring: a model recirculator
for intense-beam physics research |
| Evgenya
Smirnova |
Photonic Band
Gap structures for accelerator applications
|
| |
|
