Program : 20th International Toki Conference (ITC-20)

	20th International Toki Conference (ITC-20) on The Next Twenty Years in Plasma and Fusion Science December 7 - 10, 2010 Ceratopia Toki, Toki-City, Gifu, Japan
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Whole Keynote, Plenary, Invited and Oral Talks Poster(P1) Poster(P2)

KN-1	Osamu	Motojima	New Status of ITER Project
KN-2	Akio	Komori	Prospects of fusion research in Japanese universities for the next two decades
PL-1	Tetsuya	Sato	New Horizons of Simulation Science: Problem-Posing Simulation
PL-2	William	Tang	Scientific and Computational Challenges of the Fusion Simulation Program (FSP)
PL-3	Stewart	Prager	Magnetic confinement from 1990 to 2030
PL-4	Neville	Luhmann	Recent progress on microwave imaging technology and new physics results
I-1	Hae June	Lee	Recent progress and future outlook of the kinetic and fluid simulations for low temperature plasmas
I-2	Joan	Decker	Fast electrons physics in tokamak plasmas
I-3	Hua	Xia	Shear Suppression of Turbulence in Plasma and Fluids: 20 years after
I-4	Fulvio	Zonca	Recent progress and future prospects in energetic particle physics in toroidal plasmas
I-5	Nobuhiko	Hayashi	Integrated modeling of whole tokamak plasma
I-6	Michael	Barnes	Shear flow suppression of turbulent transport and self-consistent evolution of mean plasma profiles
I-7	Kunioki	Mima	Laser Fusion Research at Institute of Laser Engineering, Osaka University
I-8	Denise E.	Hinkel	Stimulated Raman scatter analyses of experiments conducted at the National Ignition Facility
I-9	Masahiro	Mori	Recent Progress and Future Prospects on the JT-60SA Project
I-10	Baonian	Wan	Recent RF heating and current drive experiments on EAST
I-11	Sandra C.	Chapman	Universal features of plasma turbulence in finite sized systems - some clues from the solar wind
I-12	Chio-Zong	Cheng	Explosive Global Scale Energy Release Phenomena in Space Plasmas
I-13	Akira	Kageyama	Tracer Line Visualization of MHD Simulation Data with Virtual Reality
I-14	Kenneth W.	Hill	Recent Advances and Future Prospects for X-Ray Spectroscopic Imaging In Fusion Research
I-15	Padma Kant	Shukla	Dusty Plasma Physics: Frontier of Interdisciplinary Science
I-16	James W.	Van Dam	New Concept for a Fusion-Fission Hybrid System
O-1	Tatsuki	Matsui	MPI parallelization of full PIC simulation code with Adaptive Mesh Refinement
O-2	Soichiro	Ikuno	High Performance Iterative Solver for Linear System using Multi GPU
O-3	Milan	Rajkovic	Multiscale phenomena_ pattern formation and transport in magnetically confined plasma turbulence
O-4	Alexander V.	Melnikov	Supra thermal electron induced electrostatic eigenmodes with radially localized structure in TJ-II
O-5	Akihiro	Shimizu	Potential profile measurement with heavy ion beam probe in the Large Helical Device
O-6	Sadayoshi	Murakami	Simulation Study of ICRF heating in the LHD by TASK/WM+GNET
O-7	Jiquan	Li	Multi-scale turbulence interaction through cross-scale dynamo generation by micro-scale turbulent flow in plasmas
O-8	Masanori	Nunami	Gyrokinetic simulation of ion temperature gradient turbulence and zonal flows in Large Helical Device experiments
O-9	Stuart R.	Hudson	Multi-volume_ partially-relaxed MHD equilibria
O-10	Akifumi	Iwamoto	Mechanical issues of FIREX target under cryogenic environment
O-11	Yoshihiro	Kajimura	Numerical study for laser source protection from Alpha particles by magnetic fields in a Laser Fusion Reactor
O-12	Hideo	Nagatomo	Target Design for Fast Ignition by using the Sophisticated Computational Simulations
O-13	Zheng	Chunyang	Simulations of ion acceleration and nonlinear instabilities in fusion plasmas
O-14	Jayhyun	Kim	Robust plasma start-up in the KSTAR with compensating ferromagnetic incoloy effect
O-15	Hiroki	Hasegawa	Response of magnetosphere to microscopic effects in auroral arcs formation
O-16	Hidekatsu	Jin	Space weather simulation by a whole atmosphere-ionosphere coupled model
O-17	Sergey	Moiseenko	Simulation of magnetorotational processes in core collapse supernovae.
O-18	Hiroaki	Ohtani	Simultaneous Visualization of Simulation Results and Experimental Devices in Virtual-Realty Space
O-19	Mieko	Toida	Simulation studies of multidimensional effects on electron acceleration in magnetosonic shock waves
O-20	Rajdeep Singh	Rawat	Repetitive miniature plasma focus device: Development_ issues and applications
O-21	Motoi	Wada	Development of a 14 GHz microwave H^- source
O-22	Hiroyasu	Utoh	Blanket concept of water-cooled lithium lead with beryllium for the SlimCS fusion DEMO reactor
O-23	Takuya	Goto	A Robust Design Window for the Heliotron DEMO Reactors
O-24	Ritoku	Horiuchi	Simulation Science at the National Institute for Fusion Science (NIFS)