********************************************************************* [分子科学会速報20-042] Pacifichem2020シンポジウム#232発表募集 ********************************************************************* 速報発信者：宮坂等（東北大学） Pacifichem2020シンポジウム#232発表募集 Pacifichem2020シンポジウム（#232）"Advanced multifunctional molecular materials based on dynamic spin" 発表募集のお知らせ 2020環太平洋国際化学会議 (Pacifichem2020) において、"Advanced multifu nctional molecular materials based on dynamic spin"と題して、金属錯体 の動的電子状態に関するシンポジウムを以下のように開催します。1日のみの シンポジウムですが濃密にディスカッションしますので、是非、発表（口頭 、ポスター）を申し込んでください。 日時：12月18日（金） 口頭発表：12月18日（金）(AM and PM) ポスター発表：12月18日（金）(Evening) 趣旨：Multifunctional molecular materials are one of the most attract ive targets in the field of advanced chemistry, which are directed to the near future generation of materials relevant to electronic devic es and information processing systems because of their possible multi ple degree of freedom on the function accessibility. For designing th e materials, the class of coordination compounds has a great advantag e, which is diversely, rationally controllable not only in the viewpo int of assembled structure but also on the intrinsic electronic/magne tic nature. In addition, the electronic and spin states of coordinati on compounds are flexible, often experience dynamical changes in a re versible reaction; we call them dynamic spin or dynamic electron. Div ers types of materials with dynamic spins could be developed; for exa mple, mononuclear or multinuclear, cluster, chain, 2D, MOF, hybrid sy stems and so on. These compounds could produce unique, interest and a pplicable physical properties sometimes including long-range correlat ions, that is magnetism, conductivity, optical properties, dielectric ity responsive to dynamic spin tuned by external stimuli. These physi cal properties could also be associated with the controllable size or shape, charge, polarity, porosity, host-guest interactions of materi als and so on. In this session, we would like to focus on the coexist ing or synergistically functioning multiple physical properties based on dynamic spin found in coordination compounds and related material s. These studies will be discussed from both sides of fundamental sci ences and applications. 会場：Hilton Hawaiian Village Waikiki Beach Resort アブストラクト提出締切：日本時間 2020年04月02日(木) 13:59 （米国東部標準時(EST) 2020年04月01日(水) 23:59） 発表申し込み／アブストラクト提出： https://pacifichem.org/technical-program/abstract-submission/ シンポジウム世話人 Shinya Hayami (Kumamoto University, Japan) Hitoshi Miyasaka (Tohoku University, Japan) David Harris (UC Berkeley, USA) Muralee Murugesu (University of Ottawa, Canada) Tao Liu (Dalian University of Technology, China) Kil Sik Min (Kyungpook National University, Korea) Deanna M. D'Alessandro (The University of Sydney, Australia) Diego Venegas-Yazigi (Universidad de Santiago de Chile, Chile) Demir Selvan (Michigan State University, USA) ********************************************************************* 分子科学会速報 発行：分子科学会 http://www.molsci.jp/index.html 速報投稿規程等は下記をご覧下さい。 http://www.molsci.jp/bulletin.html ********************************************************************* 弊社は真空機器の専門商社です。幅広い商品知識を持って御対応致します。 株式会社アイリン真空 http://www.ailin-va.com/ Mail:info@ailin-va.com TEL:052-401-2061(本社）048-769-7011(関東/営) *********************************************************************