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The FASTER project aims to revolutionize ultrafast laser technology by creating attosecond optical pulses using advanced soliton dynamics. This innovation will enable direct observation of rapid chemical reactions and electron transport, enhancing our understanding of fundamental processes in ultrafast science.
Ultrafast laser pulses allow us to follow fundamental processes such as chemical reactions and electron transport at their natural timescale.
Because optical (ultraviolet, visible or infrared) laser sources have not been able to reach the attosecond pulse duration required to investigate the fastest events, ultrafast science has moved to extreme-ultraviolet (XUV) wavelengths.
However, XUV photon energies are far higher than the scale of chemically and electronically relevant valence-electron exc…
HERIOT-WATT UNIVERSITY
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