Anne L'Huillier develops experimental and theoretical methods based on high harmonic generation in gases. The generated extreme ultraviolet light contains many harmonics of the driving laser frequency; their relative spectral phases determine whether they combine into short optical pulses. Her research connects that generation problem with attosecond measurements of electron dynamics following photoionization. The central link is between a controlled optical waveform and the timing information carried by emitted electrons.[ref]
Anne L'Huillier - Lund University by Lund University. Research profile: high-order harmonics in gases, attosecond pulses and photoionization electron dynamics
A physicist who researches high harmonic generation and ultrafast electron dynamics.[ref]
Anne L'Huillier - Lund University by Lund University. Personal profile: Research; Atomic Physics appointment
Portrait of Anne L'Huillier
. Prolineserver, photograph; Vogler, existing portrait derivative. CC BY-SA 3.0, via Wikimedia Commons. Source. Articles by others on the same topic
Anne L'Huillier is a renowned French physicist known for her significant contributions to the field of laser physics and attosecond science. Born on March 24, 1941, she has made pioneering advancements in understanding the interactions between light and matter, particularly in the generation of high-order harmonics and the production of attosecond pulses of light. These developments are crucial for studying ultrafast phenomena in physics and materials science.