Abstract
Editorial: Lasers in Accelerator Science and Secondary Emission Light Source Technology
Highlights
Lasers in Accelerator Science and Secondary Emission Light Source Technology
Unifying laser and accelerator physics holds great promise for the development of future particle accelerators, light sources, and other scientific instruments due to increasingly synergistic advances at the cross section between these two fields
Increasing the peak power enables ultrahigh-field regimes to understand fundamental matter-light interactions for particle acceleration, while average power and wall-plug efficiency are essential for bright light and particle sources for practical accelerator applications outside of basic sciences, such as systems for medicine, industrial applications, and defense and security
Summary
Lasers in Accelerator Science and Secondary Emission Light Source Technology Unifying laser and accelerator physics holds great promise for the development of future particle accelerators, light sources, and other scientific instruments due to increasingly synergistic advances at the cross section between these two fields.
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