物性研だより第 60 巻目録（第１号～第４号）
物性研だより第 60 巻第１号
新型の光応答性タンパク質であるヘリオロドプシンの構造を解明······· 井上 圭一 ······························ 1
日韓共同研究でグラフェン準結晶状態の超高速変化を直接観測 ―次世代光デバイス制御に新たな自由度―
鈴木 剛、小森 文夫、松田 巌 ············ 4有機分子へのスピントランスファー効果 ······· 蒲生寛武、下瀬弘輝、榎涼斗、南谷英美、塩足亮隼、小谷佳範、
豊木研太郎、中村哲也、杉本宜昭、好田誠、新田淳作、三輪真嗣 ··· 6
第 14 回凝縮系科学賞を受賞して ··································· 橘高 俊一郎 ··························· 9
強磁場研究会優秀口頭発表賞を受賞して ···························· 栗原 綾佑 ······························ 11
Advances in Engineering 社の Key Scientific Article に選出されて ···· 玉谷 知裕 ······························ 13
物性研で定年退職して ············································ 嶽山 正二郎 ···························· 14【理論滞在型国際ワークショップ】〇Computational Approaches to Quantum Many-Body Problems (CAQMP2019) ····························· 19【物性研究所短期研究会】〇「強磁場コラボラトリーによる強磁場科学の新展開 ―光科学との融合も視野に入れて―」 ···················· 26【ISSP ワークショップ】〇レチナールタンパク質の光機能発現の物理と化学 ························································ 30〇ヘリウム危機の現状と今後の課題 ······································································ 33【物性研究所セミナー】 ·················································································· 35【物性研ニュース】〇人事異動 ···························································································· 41〇東京大学物性研究所教員公募について ·································································· 42
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物性研だより第 60 巻第２号
キラル結晶の右手系・左手系で反転する放射状スピン構造を発見······· 坂野 昌人、近藤 猛 ····················· 1
反強磁性金属薄膜におけるテラヘルツ異常ホール効果の観測
松田 拓也、神田 夏輝、肥後 友也、中辻 知、松永 隆佑 ·········· 4
１兆分の１秒で起こる超高速な磁性の変化を元素別に解明 ············ 山本 航平 ······························ 7
表面弾性波によるスキルミオン生成 －発熱を抑えたスキルミオン生成の実現－ ····· 大谷 義近 ·················· 9
第 3 回放射光科学賞受賞研究報告 ·································· 辛 埴 ·································· 12
第 24 回日本放射光学会奨励賞を受賞して ··························· 横山 優一 ······························ 18
NPSCS2020 の優秀ポスター賞を受賞して ·························· 小林 鮎子 ······························ 20
リーディング大学院(MERIT)での 5 年間 ··························· 山田 昌彦 ······························ 2237

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客員所員を経験して ·············································· 中西 尚志 ······························ 23
近藤 浩太 ······························ 24
新部 正人 ······························ 25【ISSP ワークショップ】｢次世代放射光へのイノベーション｣ Innovations to the Next-Generation Synchrotron ························· 26【物性研究所セミナー】 ·················································································· 28【物性研ニュース】〇人事異動 ···························································································· 29〇令和元年度外部資金の受入について ···································································· 32
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物性研だより第 60 巻第３号
鉄系材料で室温・ゼロ磁場で世界最高の磁気熱電効果を実現··········· 酒井 明人、中辻 知 ····················· 1
3 次元ディラック半金属 Cd3As2 における室温超高効率テラヘルツ高調波発生の観測
神田 夏輝、池田 達彦、松永 隆佑 ········ 3
世界最強クラスの磁場により強相関絶縁体の金属化を発見 ············ 松田 康弘、村岡 祐治 ··················· 6
機械学習による物性理論の補強-機械学習交換相関汎関数の構築 ······· 永井 瞭 ································ 9
理学系研究科奨励賞を受賞して ···································· 小野 清志郎 ···························· 11
物性研に着任して ················································ 中島 多朗 ······························ 12
物性研を退任して ················································ 柴山 充弘 ······························ 13
外国人客員所員を経験して ········································ Woun KANG ··························· 15
Yogesh Singh ·························· 17【物性研究所短期研究会】〇量子多体計算と第一原理計算の新展開 ·································································· 19〇中性子散乱研究の現状と JRR-3 再稼働後の展望 ························································· 24【ISSP ワークショップ】〇量子物質研究の最近の進展と今後の展望 ································································ 27【物性研究所談話会】 ···················································································· 29【物性研究所セミナー】 ·················································································· 30【物性研究ニュース】〇人事異動 ···························································································· 34
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38物性研だより第 60 巻第４号
真核生物の祖先に最も近縁なアスガルド古細菌の持つ、新奇光受容タンパク質の機能を解明 ········ 井上 圭一 ······· 15d 遷移金属化合物の示す｢多極子秩序｣の観測に成功 ·················· 平井 大悟郎、廣井 善二 ················· 4
創発電磁場によるインダクタ －インダクタの微細化に向けた新原理の実証－ ···· 横内 智行、大谷 義近 ········· 8
反強磁性電子と共生する高温超伝導電子 ~ 銅酸化物高温超伝導体に潜む 30 年来の未解決問題に終止符 ~國定 聡、小濱 芳允、近藤 猛 ············ 11
機械学習を用いた薄膜作製プロセスの高速化 ·················· 大久保 勇男、侯 柱锋、Mikk Lippmaa ········· 13
自己組織化液晶高分子膜の水処理機能：選択的なイオン透過性を支配する水の水素結合構造
渡邉 隆甫、宮脇 淳、山添 康介、原田 慈久 ···· 16
光科学技術研究振興財団 晝馬輝夫光科学賞の受賞について··········· 井上 圭一 ······························ 19
第 14 回日本物理学会若手奨励賞 (領域 8) を受賞して ················ 平井 大悟郎 ···························· 21
令和２年度 物性研究所一般公開の報告 ···························· 常次 宏一 ······························ 24【物性研究所談話会】 ···················································································· 30【物性研究所セミナー】 ·················································································· 31【物性研究ニュース】〇人事異動 ······························································································ 34〇東京大学物性研究所研究員(若手)の公募について ··························································· 35
物性研だより第 60 巻目録（第１号～第４号） ····························································· 37
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