RBRC Workshop on Lattice Gauge Theories 2016
→
US/Eastern
Bldg. 510, Large Seminar Room (Brookhaven National Laboratory, Physics Department)
Bldg. 510, Large Seminar Room
Brookhaven National Laboratory, Physics Department
Upton, New York, USA
Description
2.5 day workshop on lattice gauge theories.
Group photo: http://quark.phy.bnl.gov/~izubuchi/d/BNL-LGT2016/BNL-LGT2016.jpg
Video streaming: https://bluejeans.com/733319640
The progress of supercomputers is so intense that humans nowadays can simulate realistic worlds of nature with certain accuracy in countless scientific and engineering areas. In recent years, we have been experiencing the petaflop era of computing. Countries have invested substantial amount of fund and developmental efforts onto the state-of-the-art supercomputing technologies. Scientists have observed the results from the cutting-edge machines flourish. Especially, these powerful supercomputers enable the lattice QCD community to quantitatively tackle numerous fundamental physics problems together with significant progresses in high-energy experiments, such as LHC. Now that the development of the supercomputers is being accelerated toward next exaflop machines, researchers all over the world should gather, summarize current physics results and discuss the coming exascale computing.
The topic of this workshop consists of broad range of subjects on the lattice QCD, including theoretical aspects, various large-scale numerical calculations, simulation algorithm and software environmental developments, where all these achievements are essential to successfully weave up the future lattice QCD.
Group photo: http://quark.phy.bnl.gov/~izubuchi/d/BNL-LGT2016/BNL-LGT2016.jpg
Video streaming: https://bluejeans.com/733319640
The progress of supercomputers is so intense that humans nowadays can simulate realistic worlds of nature with certain accuracy in countless scientific and engineering areas. In recent years, we have been experiencing the petaflop era of computing. Countries have invested substantial amount of fund and developmental efforts onto the state-of-the-art supercomputing technologies. Scientists have observed the results from the cutting-edge machines flourish. Especially, these powerful supercomputers enable the lattice QCD community to quantitatively tackle numerous fundamental physics problems together with significant progresses in high-energy experiments, such as LHC. Now that the development of the supercomputers is being accelerated toward next exaflop machines, researchers all over the world should gather, summarize current physics results and discuss the coming exascale computing.
The topic of this workshop consists of broad range of subjects on the lattice QCD, including theoretical aspects, various large-scale numerical calculations, simulation algorithm and software environmental developments, where all these achievements are essential to successfully weave up the future lattice QCD.
Participants
Agostino Patella
Anthony Francis
Asobu Suzuki
Brendan Fahy
Brian Tiburzi
Christoph Lehner
Christopher Kelly
Chulwoo Jung
David Murphy
Dorota Grabowska
Eigo Shintani
Ethan Neil
Evan Weinberg
Francesco Sanfilippo
Frithjof Karsch
Greg McGlynn
Herbert Neuberger
Hiroshi Ohki
Hiroshi Ohno
Justus Tobias Tsang
Kalman Szabo
Kate Clark
Katsumasa NAKAYAMA
Luchang Jin
Mattia Bruno
Meifeng Lin
Michael Creutz
Michael Endres
Michael Tannenbaum
Norman Christ
Patrick Steinbrecher
Richard Brower
Robert Mawhinney
Sayantan Sharma
Swagato Mukherjee
Takaya Miyamoto
Takeshi Yamazaki
Taku Izubuchi
Takumi Iritani
Tanmoy Bhattacharya
Tom Blum
Tomomi Ishikawa
Urs Heller
Vitalii Okorokov
Xu Feng
Yusuke Taniguchi
Ziyuan Bai
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