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the tens-of-femtoseconds range. Such radiation can be precisely tuned at the M and N absorption edges of various transition metal and rare-earth compounds, enabling element-sensitive, time-resolved
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precisely tuned at the M and N absorption edges of various transition metal and rare-earth compounds, enabling element-sensitive, time-resolved investigations of complex magnetic materials, in response
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Auger Observatory. The Pierre Auger Observatory, of which we are members, is the largest UHECR detector in the world, deployed over 3000 km2 in Argentinian pampa. From 2024 onwards the Observatory
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of an infrared high-power laser, yielding short pulses in the tens-of-femtoseconds range. Such radiation can be precisely tuned at the M and N absorption edges of various transition metal and rare-earth compounds