Titlebook: Ultrafast Electronic and Structural Dynamics; Kiyoshi Ueda Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive lice

Concomitant

FACET

浪蕩子

Strong-Field Electron Dynamics in Solids,en by an ultrashort intense laser pulse is under intensive discussion. Here we theoretically discuss momentum-space strong-field electron dynamics in graphene and crystalline dielectrics and semiconductors. First, within massless Dirac fermion and tight-binding models for graphene, we rigorously der

平躺

個人長篇演說

Towards Time-Resolved Molecular Orbital Imaging,tion, which is one of the ultimate goals of chemistry. Since a chemical reaction can be defined as nuclear dynamics driven by the change in electron motion, time-resolved molecular orbital imaging would open the door not only to gain a deeper insight into molecular dynamics but also to advance and e

disciplined

intolerance

Photochemical Reactions in the Gas Phase Studied by Ultrafast Electron Diffraction, sub-Angstrom spatial resolution. For the simple example of an excited state vibrational wavepacket in iodine, we can reconstruct the mean atomic distance as a function of delay after the optical excitation. For the case of CF.I, we can reconstruct the dissociative motion after UV excitation on the

一小塊

剛開始

Ultrafast Transient Absorption Spectroscopy for Probing Primary Photochemical Reaction of Proteins,on, phytochromes in plants regulate the germination of seeds, photoprotein in fireflies and jelly fishes generates bioluminescence, and chlorophyll triggers carbonic acid assimilation by photosynthesis reaction. Exploration of materials which have better efficiency for those photochemical reactions

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