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Artemis is based on high repetition rate, few optical cycle and widely tuneable laser sources, and ultrafast XUV (10-100 eV) pulses produced through high harmonic generation. Vacuum beamlines deliver the synchronised pulses to end-stations for condensed matter physics and gas-phase chemistry. Experiments on Artemis use high harmonic generation to investigate ultrafast dynamics in experiments on gas, liquid and solid materials. We also exploit the spatial coherence of the XUV to use coherent diffractive imaging techniques.

Artemis Facility Overview

Artemis provides ultrafast laser sources, XUV beamlines and end-stations for atomic and molecular physics, condensed matter physics and imaging.

Laser sources

XUV beamlines

End-stations

Artemis has two high repetition rate,
high average power laser systems:

1 kHz Ti:sapphire laser system

twin 8 mJ, 30 fs pulses at 1 kHz.
few-cycle laser pulses at 1800 nm
tuneable pulses from 235 nm to 15 micron.

100 kHz IR system, with outputs at 1700 nm and 3000 nm.

Science and Applications

Science area / technique

Techniques

Test 1

Test 2

Test

Meet the team

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Meet The Team