(Follow-up) 国際研究会「Development of next-generation quantum material research platform」(Next QUMAT2017)

ML各位

星健夫(鳥取大)と申します.

2017年12月4日に東大で開かれた国際研究会
‘Development of next-generation quantum material research platform’
(Next QUMAT2017)
のFollow-upをご案内します.講演スライド(一部)を公開しております.
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Workshop
‘Development of next-generation quantum material research platform’
(Next QUMAT2017)
sites.google.com/site/nextqumat2017/
4. Dec. 2017, University of Tokyo

Organizer:
Takeo Hoshi, Aiichiro Nakano, Junichi Iwata, Kengo Nakajima

Scope:
The present workshop aims the international collaborationship, mainly
between Japan and US, for the material research ‘platform’ on the
next-generation supercomputers. The ‘platform’ will realize seamless
research of simulation and data-driven science, both for academic and
industrial purposes.

Acknowledgement:
JHPCN Project (jh170058-NAHI)
‘Development of next-generation quantum material research platform’
jhpcn-kyoten.itc.u-tokyo.ac.jp/ja/abstract.php?ID=jh170058-NAHI
CDMSI (Priority issue 7 of the post-K computer)
post-k.cms-initiative.jp/
KAKENHI

講演者とタイトル:
1.星健夫(鳥取大)
Opening: development of next-generation quantum material research platform
2.中野愛一郎(南カリフォルニア大, plenary)
Quantum and reactive molecular dynamics simulations on the
next-generation US supercomputers
3.島村孝平(神戸大)
Application of ab initio molecular dynamics simulation to investigate
the origin of life
4.篠原康(東大)
First-principles simulation for nonlinear optical phenomena beyond
local-density approximation
5.岩田潤一(東大)
Large-scale first-principles calculations based on the density
functional theory with a real-space finite-difference method
6.吉見一慶(東大)
Development and enhancing usability of open-source software toward
constructing user-friendly platform on supercomputer
7.藤田貴敏(分子研)
Development of fragment molecular orbital method for organic
optoelectronic materials
8.西野信也(住友化学)
Wave packet dynamics simulation of guest-host emissive materials
9.中西義典(東大)
Data-driven diagnosis for compressed sensing with sparse modeling
10.中島研吾(東大)
Application development framework for manycore architectures in
Post-K/Post-Moore era


Takeo Hoshi
Department of Applied Mathematics and Physics, Tottori University
hoshi@damp.totori-u.ac.jp
www.damp.tottori-u.ac.jp/~hoshi/
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