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1 ERL 推進室報告 2011 年 11 月 2 日河田洋 CD0 の状況 PF-SAC のコメント ERL2011 IMSS シンポジウム 放射光学会企画講演
2 CD0 の内容 Chapter 1 Introduction Chapter 2 Why 3.0 GeV class ERL is needed Chapter 3 Enabling methodologies Chapter 4 Sciences (including Phase II 7GeV XFEL-O) 4-1 Utilizing Solar Energy 4-2 Catalysis 4-3 Strongly correlated electron systems 4-4 Materials under extreme conditions 4-5 Environmental sciences 4-6 Life sciences Chapter 5 ERL machine Chapter 6 Beamlines Chapter 7 Detector developments Chapter 8 Management and budget (list of BLs, timeline)
3 ERL Conceptual Design Report (for CD-0, in preparation) by Adachi-san at PF-SAC Chapter 1 Introduction (2 pages) Chapter 2 Why 3.0 GeV class ERL is needed (3) Chapter 3 Enabling methodologies (20) 3-1. Diffraction Imaging using Coherent Beams 3-2. Biomolecular Structure form Nanocrystals and Solution Scattering 3-3. Capturing Ultrafast Phenomena 3-4. Coherent Nanobeam and Imaging 3-5. X-ray Correlation Spectroscopy 3-6. Detecting Single Molecule by Diffraction X-ray Tracking Chapter 4 Sciences (including Phase II 7GeV XFEL-O) 4-1. Utilizing Solar Energy (5~10) Natural Photosynthesis Oxygen Evolving Manganese Complex in Photosystem II Photocatalysis and Artificial Photosynthesis 4-2 Catalysis (5~10) Overview of Catalytic Reaction Researches Heterogeneous Catalysts in Nanoscale Order Real-Time Observation of Surface Reactions 4-3. Strongly correlated electron systems (20) Overview of Strongly Correlated Electron Systems Organic Electronic Device Orderings of Electronic Degrees of Freedom Dynamics of Skyrmion Crystal Electronic Structure of Transition Metal Oxides Films Electronic Structure at the Surface and Interface of Magnetic Thin Films Dynamics in Strongly Correlated Electron Systems Multiferroic Materials Photoinduced Phase Transition Experiment and Theory Electronic Structure of Transition Metal Compounds 4-4. Materials under extreme conditions (5) X-ray spectroscopy under high-pressure Amorphous materials High pressure physics Earth science 4-5. Environmental sciences (5) Behaviors of trace elements in plants based on XRF-XAFS analysis Formation processes of dioxines by XAFS Environmental behaviors of various elements by speciation analysis 4-6. Life sciences Introduction Extremely large complexes (except membrane proteins) Membrane protein complexes Photo synthesis Epigenetics Viruses Chapter 5 ERL machine (50) 5-1. Overview 5-2. Beam dynamics issues 5-3. Electron gun 5-4. SC cavity for injector Linac 5-5. SC cavity for main Linac 5-6. RF sources 5-7. Cryogenics 5-8. Magnet 5-9. Vacuum Beam diagnostics Insertion Devices Chapter 6 Beamlines (10) 6-1. R&D items for X-ray optics in ERL 6-2. R&D items for soft X-ray optics in ERL 6-3. R&D items for beamline components in ERL Chapter 7 Detector developments: R&D items for Detectors in ERL Chapter 8 Management and budget (list of BLs, timeline) (5)
4 CDR( 概念設計書 ) の年内作成後の予定 国際評価委員会 ( 年度内開催予定 ) 放射光学会 ( 特別委員会 ) の再開要請学術会議への提案の修正 ERL シンポジウムの開催 2012 年 1-4 月 根岸英一教授を迎えて (Purdue University)
5 Photon Factory SAC Meeting October 6-7, 2011 Executive Summary and Closing Remarks Ingolf Lindau, Committee Chairperson October 7, October
6 SAC Committee Members 6 th SAC Meeting October 6-7, 2011 Ernest Fontes (Cornell High Energy Synchrotron Source)* Efim Gluskin (Advanced Photon Source) Keith Hodgson (Stanford Synchrotron Radiation Laboratory) Yasuhiro Iwasawa (University of Electro-Communications Tokyo) Yasuhiro Iye (Institute for Solid State Physics) Ingolf Lindau (Stanford University) Chair Kunio Miki (Kyoto University) Junichiro Mizuki (Kwansei Gakuin University) Fulvio Parmigiani (University of Trieste) Moonhor Ree (Pohang Accelerator Laboratory) Zhentang Zhao (Shanghai Synchrotron Radiation Facility) *absent for October 6th & 7th, 2011 meeting 07 October
7 PF-SAC のまとめ 1) SAC は KEK が ERL を設計 建設 運転していこうとしていることを強く支持する 2) SAC は cerl の多くの進展と 3GeV-ERL の CDR 作成の進展に感銘を受けた 3) SAC は ERL チームが ERL のサイエンスケースに関して 国際 国内の研究会を企画立案 参加していることを歓迎する 4) 2012 年度に cerl の運転を開始し 2015 年に 3GeV-ERL の建設を開始することを強く支持する 5) SAC は 5GeV から 3GeV-ERL に変更したことを 建設費の低減 運転コストの低減 建設の加速 そしてサイエンスケースにさほど大きな影響を与えないことから 完全に支持する 6) SAC は 3GeV-ERL は日本において VUV- 軟 X 線領域のおいて極めて高い輝度の光源となり この分野で世界的な拠点となることを指摘する 7) 一方で 3GeV-ERL にすることによって生じる 高エネルギー X 線領域研究への影響を軽減するために 先端的な挿入光源 ( 超伝導アンジュレーターや低温冷却真空封止型アンジュレーター等 ) の設計も含めて行うことをコメントする 8) 3GeV-ERL においての XFEL-O に関しても 挿入光源において超伝導 短周期アンジュレーターの利用にも結びつく
8 ERL 月 日に KEK の小林ホール 参加者 : 140 名 企業展示 :19 件 5つのWorking Groupに分かれて その開発方針を議論して 最後にレポートをまとめる 次回はノボシビルスクのBINPでERL2013を開催予定
9 KEK-TRIUMF Scientific Symposium RF 源 ( 福田さん ) 超伝導空洞 ( 加古さん ) が講演 加速器 R&D の議論あり できるだけ参加下さい 07 October
10 IMSS シンポジウム量子ビーム科学の展望 -ERL サイエンスと強相関電子構造物性ー 12 月 6 日 ( 火 ) 1. オープニング 13:30-13:50 2. ERL サイエンス 13:50-17:00 13:50-14:05 全体計画河田洋 (KEK 物構研 ) 14:05-14:25 ハードウエア小林幸則 (KEK 加速器 ) 14:25-14:50 サイエンスケース足立伸一 (KEK 物構研 ) 休憩 写真撮影 14:50-15:20 15:20-15:50 "Development of visible-light-responsive photocatalysts toward solar hydrogen production" 阿部竜 ( 北大触媒センター ) 15:50-16:20"X-ray Transient Absorption Spectroscopy for Solar Energy Research" Lin X. Chen (Argonne National Laboratory) 16:20-17:00"Science at the Hard X-ray Diffraction Limit: XDL-2011 Workshops Summary" Sol Gruner (Cornell University) 3. ポスターセッション 17:00-18:30 是非 参加して ポスターで ERL の紹介をお願いします 07 October
11 日本放射光学会 / 企画講演 3GeV-ERL/XFEL-O 計画の現状と ERL サイエンスの展開 < 講演候補者と時間配分 > 3GeV-ERL/XFEL-O 計画の現状 3GeV-ERL/XFEL-O 計画の概要と現状 (KEK 河田洋 20 分 ) ERL 加速器技術開発の進展と全体計画 (KEK 小林幸則 20 分 ) ERL サイエンスの展開 新光源による高速軟 X 線分光の研究展開 ( 東大松田巌 25 分 ) 軟 X 線コヒーレントイメージングにおける ERL への期待 (KEK 小野寛太 25 分 ) < 休憩 (10 分 )> 1 分子計測学の行方と新光源の利用 ( 東大佐々木裕次 25 分 ) タンパク質時計に秘められた秩序ある遅いダイナミクス ~ 源振の分子科学的解明と将来光源への期待 ~ ( 名古屋大秋山修志 25 分 ) XFELO で期待される X 線非弾性散乱の新展開 (JAEA 石井賢司 25 分 ) まとめ ( 河田 5 分 )
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