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Aurore:a platform for ultrafast sciences

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Aurore:a platform for ultrafast sciences

http://urn.fi/urn:nbn:fi-fe2020101484045
Teksti
Fedorov, N. (N.) ; Beaulieu, S. (S.) ; Belsky, A. (A.) ; Blanchet, V. (V.) ; Bouillaud, R. (R.) ; De Anda Villa, M. (M.) ; Filippov, A. (A.) ; Fourment, C. (C.) ; Gaudin, J. (J.) ; Grisenti, R. (R.E.) ; Lamour, E. (E.) ; Lévy, A. (A.) ; Macé, S. (S.) ; Mairesse, Y. (Y.) ; Martin, P. (P.) ; Martinez, P. (P.) ; Noé, P. (P.) ; Papagiannouli, I. (I.) ; Patanen, M. (M.) ; Petit, S. (S.) ; Vernhet, D. (D.) ; Veyrinas, K. (K.) ; Descamps, D. (D.)
American Institute of Physics

Abstract

We present the Aurore platform for ultrafast sciences. This platform is based on a unique 20 W, 1 kHz, 26 fs Ti:sapphire laser system designed for reliable operation and high intensity temporal contrast. The specific design ensures the high stability in terms of pulse duration, energy, and beam pointing necessary for extended experimental campaigns. The laser supplies 5 different beamlines, all dedicated to a specific field: attosecond science (Aurore 1), ultrafast phase transitions in solids (Aurore 2 and 3), ultrafast luminescence in solids (Aurore 4), and femtochemistry (Aurore 5). The technical specifications of these five beamlines are described in detail, and examples of the recent results are given.

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