Regular biography
ISHIKAWA Kenichi is a faculty member in the Department of PHY at The University of Tokyo. His research focuses on theoretical attosecond science, specifically studying how atoms and molecules behave in intense ultrashort laser fields using ab-initio simulations based on quantum mechanics. His work includes non-perturbative nonlinear processes such as high-harmonic generation and tunneling ionization, as well as attosecond multielectron dynamics in atoms and molecules. He is affiliated with the Ishikawa/Sato Laboratory, which is part of the Dept. of Nuclear Engineering and Management at The University of Tokyo.
Scholar-generated biography
Kenichi Ishikawa is a researcher whose work focuses on advanced optical and quantum phenomena, particularly in the areas of high-order harmonic generation, nonlinear optical responses, and multielectron dynamics in intense laser fields. His research explores the interaction of light with matter, including the generation of coherent x-rays, time-dependent quantum dynamics, and the behavior of materials under extreme conditions. He has also investigated the role of Coulomb potentials and interferences in above-threshold ionization processes. His studies contribute to understanding fundamental quantum processes and their applications in ultrafast spectroscopy and plasma physics.