Abstract
The generation of coherent radiation in the extreme ultraviolet regime by the interaction of a relativistically intense laser pulse with an over-dense plasma makes a new class of experiments accessible. The availability of isolated attosecond pulses orders of magnitude higher in intensity than those produced in gaseous media would allow for the first time XUV-pump/XUV-probe type experiments with real time resolution on the attosecond timescale. The utilization of these pulses, however, demands complete control over generation and transport parameters. We present a dedicated beamline for generation, transport, application and full characterization of spatial as well as temporal properties of attosecond pulses off solid density targets.
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