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Laser acceleration (LWFA scaling (State-of-the-art of electron laser…
Laser acceleration
LWFA scaling
State-of-the-art of electron laser plasma accelerators
Scaling laws for Laser Wakefield Accelerators
Design for Laser Wakefield Accelerators
Electron injectors
Plasma waveguides
Possible design for 100GeV ascent experiments
Prospective application toward High-Energy Frontier Colliders
Ultra-High-Energy Cosmic Ray acceleration
Introduction
Intense ponderomotive mechanism
Highest-energy cosmic rays
Astrophysical implications and blazar characteristics
Astrophysical evidence and implications
Conclusions
New compression technique and ELI prospect
“TeV on a chip”
CAN laser and its applications
New frontiers: Exawatts and zeptoseconds
The Higgs energy and Fermi’s PeV
Laser compression
Large energy pulse compression: Thin Film Compression (TFC)
Modelling of the two-stage Thin-Film-Compressor
Relativistic compression
Physics of a vacuum nonlinearity and pulse compression in the vacuum
Application of LWFA to X-rays and Gamma-ray sources
SASE FEL for EUV light source
LWFA-driven EUV FEL
LWFA-driven hard X-ray FEL
All-optical gamma beam source for detection for Nuclear Resonance Fluorescence
Application to medicine
Introduction
Medical radioisotopes with high specific activity produced in photonuclear reactions
Presently used nuclear reactions to produce medical radioisotopes
Specific radioisotopes produced in photonuclear reactions
Radioisotopes via the (γ, p) reaction
Radioisotopes via the (γ, n) reaction
Toward high-energy acceleration with nonluminosity paradigms
Ballpark parameters of laser electron accelerator toward PeV
Possible experiment and its ramification in comparison with astrophysical data
Discussion and conclusions
Ion acceleration
CAIL regime vs. TNSA
Self-similar evolution of ion dynamics
Single-Cycled Laser Acceleration of ions
Zeptosecond science
Pulse Duration-Intensity Conjecture toward zeptoseconds
Adoption of single-cycles X-ray pulse for LWFA
Zeptosecond streaking
Introduction
The basic philosophy of Laser Wakefield Acceleration
Historical background of plasma acceleration