CORDIS Project
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This project focuses on controlling the flow of high-energy electrons generated by ultra-intense lasers interacting with matter. By developing a numerical tool, it aims to enhance understanding of electron propagation in high energy density physics applications, such as laser fusion.
When ultra-intense lasers interact with matter, extreme conditions are produced which cannot normally be accessed in terrestrial laboratories.
These extreme states of temperature, density, and pressure form the basis for laser fusion, compact particle accelerators, and well as the exploration of the cosmos through scaled laboratory experiments of astrophysical phenomena.One feature of ultra-intense laser-solid interactions is the absorption of energy into high current relativistic electron beam…
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