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Advancing laser-driven ion acceleration : optimising with machine learning and investigating sources of instability
1 de 10
Multi–channel optical probing of high power laser–plasma interactions
2 de 10
Investigation of laser-solid interaction physics with tightly focused, ultra-intense laser pulses
3 de 10
Optical diagnosis of dense plasma evolution during irradiation by ultra-intense laser pulses
4 de 10
Optimisation and control of ion acceleration in intense laser-foil interactions
5 de 10
On the role of focal spot size in ultra-intense laser-solid interaction physics
6 de 10
On the onset of relativistic transparency in intense laser-solid interactions
7 de 10
Radiation generation and high-field physics phenomena in ultra-intense laser-solid interactions
8 de 10
Control of nonlinear laser pulse propagation in plasma with strong magnetic fields
9 de 10
Self-generated magnetic fields in intense laser-solid interactions relevant to relativistic plasma astrophysics
10 de 10