Regular biography
Kaoru Yamanouchi is a Professor at The University of Tokyo, Department of Chemistry. Her research focuses on intense laser field science, attosecond science, and quantum computing. She leads experimental and theoretical studies on molecular dynamics in intense laser fields, utilizing techniques such as ultrashort-pulsed electron diffraction and strong-field ultrahigh-resolution Fourier transform spectroscopy. Her work also explores the application of quantum computing to molecular science, including quantum simulations of fundamental processes in atomic, molecular, and optical sciences. Yamanouchi is affiliated with the Institute for Attosecond Laser Facility and the Center for Attosecond Laser Science.
Scholar-generated biography
Kaoru Yamanouchi is a researcher at The University of Tokyo, focusing on ultrafast laser physics and advanced spectroscopy techniques. His work explores phenomena such as attosecond pulse generation, extreme ultraviolet free electron lasers, and the interaction of intense laser fields with molecular systems. Yamanouchi's research includes the study of population inversion, Coulomb explosion, and vibrational energy redistribution in molecules. His publications highlight the use of interferometric autocorrelation, mode-resolved autocorrelation, and two-dimensional momentum imaging to investigate ultrafast dynamics. His contributions span the development of air-lasing, high-order harmonic generation, and the observation of attosecond electron wave packets.