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O1. Numerical
simulations of harmonics generation in laser produced plasmas and plasma
dynamics.
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O2. Analyse
experimentally the dependence of the harmonics properties (i.e. intensity, polarization
and divergence) on the properties of the driving laser pulses: intensity,
polarization in focus.
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O3. Experimental
study on the effects of the high order harmonics (50-200 nm), X (with photons at 100 keV) and gamma rays (from a Co60 source) on commercial fibres used for plasma
spectroscopy.
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O4. Optical
spectroscopy measurements of the gas and solid plasmas will be carried in
order to determine the plasma properties (density and temperature) as a function of driving laser
parameters: intensity, polarization, duration.
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