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August 1-4, 2012 APCTP Mini-Workshop on Nuclear Physics and Nuclear Astrophysics Dogye Campus, Kangwon National University. Simulations using Supercomputers. Kihyeon Cho. High Energy Physics Team, KISTI. Contents. Introduction Theory-experiment-simulation Simulation Project Geant4
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August 1-4, 2012 APCTP Mini-Workshop on Nuclear Physics and Nuclear Astrophysics Dogye Campus, Kangwon National University Simulations using Supercomputers Kihyeon Cho High Energy Physics Team, KISTI
Contents • Introduction • Theory-experiment-simulation • Simulation Project • Geant4 • Supercomputing porting • Summary
e-Science paradigm • Theory-Experiment-Simulation To probe the Standard Model and search for New Physics • Theory-Simulation • PGS • LQCD • Geant4 • Theory-Exp. • FKPPL • B physics • e-HEP env. • - Remote Cont. • - DP, DH • - EVO CDF Belle/Belle II K.Cho and H.W.Kim, JKPS (2009)
International Collaborations CDF*@FNAL, USA IN2P3@France e-Science @KISTI France-Korea Particle Physics Laboratory Belle*/Belle II* @ KEK, Japan * Official Collaborations • The Leader of FKPPL -CDF Project (Kihyeon Cho) • The Chair of Belle II Data Handling working Group (Kihyeon Cho)
1. Theory-Experiment ⇒Feed-back between experiments (Belle & CDF) and theories inside KISTI 6
2.Experiment-Computing Simulation e-HEP environment • To study high energy physics anytime anywhere even if we are not on-site (accelerator laboratory) 1. Data production • CDF Remote Control Room @KISTI 2. Data processing • Pacific CAF(CDF Analysis Farm) ⇒ North America CAF @KISTI 3. Data Analysis Collaboration • EVO servers @KISTI 4. Belle II Data Handling System • Working Group Chair (K. Cho)
CDF Remote Control Room KISTI Remote Control Room CDF Operation Center • We take shifts at KISTI even if we are not at Fermilab.
3. Theory-Simulation • Theory model – Simulations • MadGraph-pythia-PGS • LQCD • Geant4 • .. Ex) A study of Higgs model using cyberinfrastructur\ @KISTI
e-Science paradigm • Theory-Experiment-Simulation B physics using the concepts of e-Science • To study high energy physics anytime and anywhere • Fusion research of experiment-computing–theory ⇒ We are applying both concepts to high energy physics. It is a great success! Publication B physics Collider physics using e-Science paradigm of experiment-computing-theory Leading Belle II Data Handling Working Group which consists of more than 30 persons from 12 countries comment 14
To apply domestic accelerator experiment • Theory-Experiment-Simulation • For Nuclear Physics and Nuclear Astrophysics • r-p process • Shell models… • Astro-Nuclear Simulationby RISP accelerator’s user group
Simulation Project - Geant4
2012년 7월 4일 오후 4시 (한국시각) Geant4 21C 물리학계 최고의 사건! – Higgs입자 발견 동아일보(2012.7.5)
Project Outline • Title: Development of Geant4 for accelerator and medical physics • PI: Kihyeon Cho • Sponsor: Creative project by KISTI • Budget: ~ half million dollar • Period: Jan. 1, 2012~ Dec. 31, 2012 (Possibly extended) • Goal: • Porting on Supercomputing • Simulation for HEP and Medical physics using Geant4 • Profiling and Large-scale test, evaluation and improvement • Geant4 multi-proecssing R&D • Web page • https://hep.kisti.re.kr/geant4
Man Power • KISTI, Korea • Kihyeon Cho, Soonwook Hwang, TaegilBae, Youngjin Kim, SangsuRyu • Yonsei University, Korea • Kyungho Kim, Youngjoon Kwon • National Cancer Center • Se Byeong Lee, Sungkoo Cho, Jaeik Shin • Fermilab, USA • Soon Yung Jun, Daniel Elvira, James Kowalkowski, Philippe Canal, Krzysztof Genser • CMU, USA • Dongwook Jang • UCSF, USA • Jungwook Shin, Bruce Faddegon
Global Community (FKPPL) International Collaboration HEP Medical Physics HEP - AcceleratorR&D - Detector, … • Medical Physics • Proton Accelerator, .. Appli-cation Fermilab - Next generation simulation package development • UC San Francisco • Proton AcceleratorGEANT4 Application • TOPAS R&D • Geant4 Collaboration • code development Geant4 R&D Infra-structure Grid Farm Supercomputer CERN IN2P3 KEK
Work on Progress • Geant4 R&D • Supercomputing Porting • SUN Cluster Porting - Geant4-ST, MPI(ParGeant4), Geant4-MT • IBM AIX OS – Geant4-MT => Performance measurement and analysis • Parallel Computing Using Many core • Collaboration with Fermilab • Accelerator physics application • Accelerator and Detector R&D, etc. • Nuclear Astrophysics • Theory models (MadGraph, ..) • Medical Application • Proton accelerator, therapy, etc.
Simulation on secondary beam • Object • Geant4 Simulation for secondary beams and dE/dx • Method • To analyze secondary beam depending on incident beam energy, target material, interaction model, … • Output • Secondary particles • Energy dissipation…
Supercomputer Porting • Geant4 및 HEP 소프트웨어 설치 • 슈퍼컴퓨팅 초보사용자 신청서 접수 • 전략과제 신청서 접수
KISTI Supercomputing Porting • Sun Linux Cluster • Geant4 ST • Geant4 MPI(ParGeant4) • Geant4 MT • IBM AIX OS • Geant4-MT • Medical Application
Supercomputing Porting • Done • HEP software • Cernlib, CLHEP, ROOT • Belle library • Geant4 • Geant4 ST (Single Thread) • Geant4 MPI Interface • ParGeant4 • To do list • Geant4 MT (Multi Thread) • Nuclear Astro-physics Channel • Theory models..
KISTI 슈퍼컴Geant4/ HEP Directory 구조 /applic/applications/hep |-- CLHEP | `-- 2.1.2.2 |-- Geant4 | |-- 9.4.p03 | |-- 9.5 | `-- 9.5.p01 |-- Geant4-data | |-- G4ABLA3.0 | |-- G4EMLOW6.19 | |-- G4EMLOW6.23 | |-- G4NDL0.2 | |-- G4NDL3.14 | |-- G4NDL4.0 | |-- G4NEUTRONXS1.0 | |-- G4NEUTRONXS1.1 | |-- G4PII1.2 | |-- G4PII1.3 | |-- PhotonEvaporation2.1 | |-- PhotonEvaporation2.2 | |-- RadioactiveDecay3.3 | |-- RadioactiveDecay3.4 | |-- RealSurface1.0 | |-- geant4-data-conf.csh | `-- geant4-data-conf.sh |-- ROOT | |-- root -> root_5.22.00. patches/ | |-- root_5.22.00.patches | |-- root_v5.14.00 | `-- root_v5.14.00.tar.gz |-- TOP-C | `-- 2.5.2 |-- belle | |-- belle | |-- belle.install.tar.gz | |-- cern -> ../cern/ | |-- i386 | `-- local |-- cern | |-- 2001 | |-- 2005 | |-- 2006 | |-- 2007 | `-- root -> ../ROOT/root |-- etc | |-- bashrc_general | `-- cshrc_general |-- marshalgen | `-- 1.0 `-- public |-- bin
Login node 실행 예제 [## Geant4 환경변수 설정 @tachyon2c ~]$ source /applic/applications/hep/Geant4/9.5.p01/bin/geant4.(c)sh [@tachyon2c ~]$ source /applic/applications/hep/Geant4/9.5.p01/share/Geant4-9.5.1/geant4make/geant4make.(c)sh ## 테스트 디렉토리 생성 및 예제 파일 복사 @tachyon2c ~]$ mkdirtest [@tachyon2c ~]$ cp -r /applic/applications/hep/Geant4/9.5.p01/share/Geant4-9.5.1/examples/extended/analysis/A01 test [@tachyon2c ~] cdtest [## 컴파일 및 실행 @tachyon2c ~]$ make [@tachyon2c ~]$ $G4WORK_DIR/bin/Linux-g++/A01app ...................................... HadCalLayerPhysical[-1] HadCalLayerLogical 1 Lead HadCalScintiPhysical[0] HadCalScintiLogical 0 Scintillator /HadCalorimeter Idle> /vis/open OGL # for using OpenGL Idle> /vis/drawVolume # example geometry drawn Idle>/vis/scene/add/trajectories # to make visualization, add trajectories and hits Idle>/vis/scene/add/hits Idle>/run/beamOn 1 # run an event
Nuclear Physics and nuclear Astrophysics • Nuclear physics and Astrophysics theory needs 10,000 cores and 1PB storage. • Shell model • r-p process • Etc. • To buy cluster • To use KISTI supercomputer constantly • Processing on MoU between RISP ofIBS and KISTI supercomputing Center => It take times
초보사용자 • http://helpdesk.ksc.re.kr
전략과제 • http://www.ksc.re.kr
Geant4 사용자 지원 1. Geant4 User Forum Website (https://hep.kisti.re.kr/geant4) 2. Geant4 Indico Website (https://hep.kisti.re.kr/indico) 3. User support mail account (hep@kisti.re.kr)
Summary • As one of e-Science paradigm of experiment-Theory-Simulation, Simulation (so-called Geant4) project has been launched this year at KISTI. • Simulation project supports Nuclear Physics and Astro-nuclear Physics. • User support for supercomputer • hep@kisti.re.kr • https://hep.kisti.re.kr/geant4
Thanks cho@kisti.re.kr HEP@KISTI