Inorganic Chemist at Kyoto University and VISTEC | 京大院理 化学専攻 | Glasses and liquids of molecular frameworks for energy
Kyoto and Rayong
Joined September 2017
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Satoshi Horike retweeted
Zinc Halide Flux-Assisted Vitrification of Metal–Organic Frameworks Enables Chemical Diversification and Tunable Gas Sorption | Journal of the American Chemical Society pubs.acs.org/doi/10.1021/jac…
We report a ternary phase diagram of coordination polymers. Three Ag⁺-dinitrile CPs show a eutectic at 65 °C — the video captures all three phases crystallizing simultaneously from the melt. Complexity!
#三元系状態図 @JPhysChem doi.org/10.1021/acs.jpcb.6c0…
京大理学部初の産学共同講座を三井金属さんと進めることになりました。#三井金属 さんの取り組みとしては初の理学部ということで、次の材料科学を見据えた基礎学問の共創、深く感謝です。佐々先生 @sasa3341 からも多大なサポートありがとうございます。固体化学＋錯体化学で頑張ります。
三井金属株式会社と理学研究科が産学共同講座「三井金属・共創マテリアルズ研究講座」を設置しました kyoto-u.ac.jp/ja/news/2026-0…
Satoshi Horike retweeted
最終講義：谷村 吉隆 教授（量子化学研究室）「非平衡量子統計熱力学と時間の矢」 日時：令和8年3月27日（金）14時30分～16時30分 kuchem.kyoto-u.ac.jp/finalle… ポスター（pdf）: kuchem.kyoto-u.ac.jp/pdf/202…
Satoshi Horike retweeted
【見本出来！】日本化学会 編／前田和彦 著『超セラミックス』（化学の要点シリーズ 49）＜12月11日刊行予定＞
kyoritsu-pub.co.jp/book/b101…
有機・無機の境界を越えたセラミックスの最前線を知る手がかりとなる一冊。
Satoshi Horike retweeted
Our lab’s alumni in academia re-assembled across generations to celebrate all the winners of the 2025 Nobel Prize in Chemistry.
Satoshi Horike retweeted
🚀New @NatureComms paper out now!
“Direct synthesis of an iron MOF antiferromagnetic glass”
A solvent-free, one-step route to Fe2+ MOF glasses that enables device integration and studying magnetic properties of molecular-based random networks.
nature.com/articles/s41467-0…
We present metal–organic crystallized glasses (MOCGs) in @J_A_C_S. By partially crystallizing MOF glasses, we achieve 10× higher dielectric constants and tunable mechanical and conductive properties. Thanks @MMSmedskjaer form precise mechanics study.
pubs.acs.org/doi/10.1021/jac…
Satoshi Horike retweeted
Stepping into a new chapter...
I'm excited to share that I've joined @NatureSynthesis as a Senior Editor 🎉
I’ll be handling manuscripts aligned with my expertise and I look forward to continuing to work with the research community!
Satoshi Horike retweeted
A one-pot synthesis of Fe(II)-based ZIF glass that shows emergent spin-glass behavior for the first time. Check out our findings in advanced functional material advanced.onlinelibrary.wiley…. Thank you @HenkeGroup for your support. Really appreciate to all the coauthors’ contribution.
We realized a CO₂ loop in carbonate-based coordination polymers — capturing, releasing, and regenerating their framework — in the temperature gap between organic and inorganic carbonates. @J_A_C_S pubs.acs.org/doi/10.1021/jac…
Carl, We look forward to working with you in Kyoto!
Just a few more weeks till I join the Horike group at Kyoto University to kick off a Fulbright and many new research collaborations
@horike @iCeMS_KU_INTL @KyotoU_News
And super grateful to be among the @uoregon cohort this year! Read more: news.uoregon.edu/fulbright-s…
Satoshi Horike retweeted
本日、博士論文の公聴会を終えました。
後悔、興味はまだ山ほどありますが、研究に対してここまでやりきれるとは、少なくとも10年前の僕は想像もしませんでした。改めて、サポート頂いたラボの先生方、メンバー、共研先、会社、友人、そして家族、全ての片方に感謝します。
Mechanical mixing borohydride + ammonia borane creates hydrogen-rich functional liquids - Melting temperature: 🧊 −50 °C, up to 6.9 wt% H₂. Now in Advanced Materials. #OpenAccess
Nice collaboration with hydride giant Andreas Züttel.
Check our latest work on #hydrogen storage material. We demonstrate the formation of a deep-eutectic solvent by mixing ammonia borane and organic borohydride with a melting temperature as low as -50°C ! @WileyGlobal doi.org/10.1002/adma.2025025…
Satoshi Horike retweeted
Our attempt to create functional liquids from coordination polymers, recently published in @angew_chem
#OpenAccess
doi.org/10.1002/anie.2025046…
We use many CO2 to make amorphous and soft MOFs. It's #OpenAccess please check this synthesis idea! @JMaterChem
pubs.rsc.org/en/Content/Arti…
Conversion of CO2 into Porous Metal-Organic Framework Monoliths pubs.rsc.org/en/Content/Arti…