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Social Program
Scientific ProgramThe program is subject to change without notice.
Invited SpeakersTony Heinz (Columbia Univ.), The nature and dynamics of electronic excitations in carbon nanotubes Daniel Sanchez-Portal (Donostia Int. Phys. Center), Ab initio calculation of charge transfer at surfaces Frank Willig (Hahn-Meitner-Inst.), Time-resolved electron injection from the excited state of anchored molecules into semiconductors Xiao-Yang Zhu (Univ. Minnesota), Localized and delocalized electronic resonances at metal-molecular interfaces Toshiaki Munakata (Osaka Univ.) Photoemission Micro-Spectroscopy for Organic Films Mosche Shapiro (Weizmann Inst.), Quantum Control on the nanoscale Kenji Ohmori (Inst. Molecular Science), Observation and Control of Picometric Quantum Ripples in a Molecule Robert J. Levis (Temple Univ.), Control of complex molecular processes using adaptively-shaped, intense laser field Jens Guedde (Univ. Marburg), Generation and Detection of Coherent Surface Currents Yousoo Kim (RIKEN), Static and dynamic approaches to obtain single-molecule vibrational spectrum with an STM Atsushi Kubo (Univ. Pittsburgh), Femtosecond microscopy of surface plasmon polariton dynamics Oliver Wright (Hokkaido Univ.)Real-time Imaging of Surface Excitations using Ultrafast Interferometry Yu-Ming Chang (Nat. Taiwan Univ.), The Formation of Coherent LO Phonon-Plasmon Coupling Modes in the Near Surface Region of Semiconductor Kunie Ishioka (NIMS), Coherent Optical Phonons in Diamond and Graphite Kazuya Watabane (IMS), Coherent nuclear motions at alkali covered metal surfaces Uwe Bovensiepen (Freie Univ. Berlin), Electron, spin, and lattice dynamics of the Gd(0001) surface excited by an intense femtosecond laser pulse Martin Weinelt (Max-Born Inst.), Spin-dependent dynamics: image-potential states at ferromagnetic surfaces Mischa Bonn (Leiden Univ.), Molecular motion over a surface followed in real-time Christian Frischkorn (Freie Univ. Berlin), Non-adiabatic processes in surface femtochemistry at metals |
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Application & Contact address: usd5@nims.go.jp |