ADVANCED ACCELERATOR
Description
STI has been active in advanced accelerator research and development (AARD) since 1985. Our research focuses on laser acceleration, in which intense laser fields are used to generate extremely high gradients for accelerating electrons. Laser acceleration offers the potential to create more compact and less expensive systems that can also reach much higher energies than conventional microwave-driven accelerators.
ADVANCED ACCELERATOR
Specifications |
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| Type Of Service: | Concept development, Project management, Engineering design |
Features
The highest energy gain at the time in an inverse Cerenkov accelerator
Creation of few femtosecond-long electron bunches (microbunches) from a laser accelerator device
The first demonstration of staging between two laser-driven accelerator devices
The first demonstration of high trapping efficiency of laser-generated microbunches
The first demonstration of narrow energy spread (monoenergetic) of the laser-accelerated microbunches
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Frequently Asked Questions
The ADVANCED ACCELERATOR has several features including the highest energy gain at the time in an inverse Cerenkov accelerator, creation of few femtosecond-long electron bunches from a laser accelerator device, the first demonstration of staging between two laser-driven accelerator devices, the first demonstration of high trapping efficiency of laser-generated microbunches, and the first demonstration of narrow energy spread (monoenergetic) of the laser-accelerated microbunches.
Laser acceleration offers the potential to create more compact and less expensive systems that can also reach much higher energies than conventional microwave-driven accelerators.
Laser acceleration is a process in which intense laser fields are used to generate extremely high gradients for accelerating electrons.
The ADVANCED ACCELERATOR is a product developed by STI Optronics for advanced accelerator research and development using laser acceleration.
STI Optronics also designs and builds gas-filled capillary discharges and supersonic nozzles, which can be used in plasma-based AARD experiments.