Workshop

千葉大学 Chiba University 　Graduate School of Advanced Integration Science 　融合科学研究科

Research Project: Computing novel functions in low-dimensional systems

The aim of this project is to make progress in the understanding of new quantum phenomena, especially related to magnetism, occuring in low dimensional systems: surfaces, atomic and molecular films and nanoparticles, by bringing together experimentalists, theorists and computer scienctists of the Graduate School of Advanced Integration Science at Chiba University and external collaborators (read more)

Kick-off Workshop: February 16, 2015

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Chiba University, Nishi-Chiba Campus, 自然科学総合研究棟2号、２F、マルチメディア教室

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Workshop Program

10:15	Welcome

10:25	Oral 1: Electron correlation
	10:25 Munetaka Taguchi	Theory of core-level x-ray spectroscopy for Fe based mixed-valence systems
	11:00 Takashi Nakayama	Exciton dissociation at organic semiconductor interfaces
	11:25 Hidekazu Ikeno	XAS and RIXS in Strongly Correlated Systems: The Ab-Initio Multiplet Approach

12:00	Lunch

13:20	Oral 2: Spin-orbit induced effects
	13:20 Keisuke Hatada	Full potential calculation of x-ray absorption spectra of graphene and graphene oxide
	13:55 Peter Krüger	Resonant and non-resonant photoelectron diffraction from transition metal surfaces
	14:20 Kazuyuki Sakamoto	Peculiar two-dimensional spin-polarized electronic states on solid surfaces

14:45	Posters and Coffee

16:15	Oral 3: Single molecule electronics
	16:15 Hiroshi Okuyama	Single-molecule surface chemistry with STM: From quantum phenomena to molecular junctions
	16:50 Naoka Ohta	Magnetic response of an iron phthalocyanine lattice on Au(111)
	17:15 Toyokazu Yamada	Spin-polarized STM study on nano magnets and molecules

17:40	Round table / Lab tour

18:30	Dinner

20:30	End

Speech duration: 20 min (invited: 30 min) + 5 min discussion

Posters