Jinhu Dou
@JinhuDou
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Assistant Professor of DMSE, Peking University
Peking University
Joined May 2017
Thanks for the invitation, super super excited to see everyone!
An inspiring week at the Returning to the Molecule workshop in Telluride—amazing science, deep discussions, and a fantastic group of researchers pushing the boundaries of porous frameworks. Grateful to be part of this community!
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On behalf of Amanda @amorri28 and myself @ShustovaLab - MOF-2026 in New Orleans🎷 #MOF2026🎷- save the dates! Please send us organization suggestions and cannot wait to see you again! Thank you @ZhaoGroupNUS @9thMOF2024 - it was great!😊 Repost is appreciated... 😊
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We'll need an even bigger table in New Orleans! #MOF2026
@DincaGroupMIT - nice to see new faces and catch up with established people!😊! Thank you, Mircea, for organizing such a great event, and @JinhuDou for the financial support and talk today! 😊@ParkLab_POSTECH @9thMOF2024
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Perfect talk by @NobuhiroYanai, fantastic @JPdaCheerleader, @gagliardi8, @OmarFarha5, @Eddaoudi_FMD3 @ChemAshlee, great event by @DincaGroupMIT, breakthroughs by @JinhuDou, @renhaodong, @UNISTMOON... phenomenal @jetsinglee and @victoriajrich... Thank you @9thMOF2024!💕
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The vast majority of metal-organic frameworks (MOFs) are insulators. Here We've created a comprehensive database of 224 conductive MOFs and applied machine learning to unveil new conductivity materials! By @JinhuDou et al. Read the paper 👉 https://t.co/NIxZghYvJG
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This is wonderful news!! Congratulations to both my mentors @GoldbergerGroup and @DincaGroupMIT on being elected as 2021 AAAS Fellows! https://t.co/c20zatBg1f
aaas.org
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Please check our latest results on MOF-based supercapacitor, GO Lamborghini🏁🏁🏁
Dual-Ion Intercalation and High Volumetric Capacitance in a Two-Dimensional Non-Porous Coordination Polymer (Dinca) @DincaGroupMIT @HarishBanda3 @JinhuDou @TianyangChen7 @ChemistryMIT
https://t.co/QMkH42A2Y1
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Mircea Dincă 2021 Blavatnik National Awards Laureate in Chemistry https://t.co/C4qtfN7Olc via @YouTube
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Excited to share our new supercapacitor work based on 2D coordination polymer. Not only absorbing N2, but also boosting N2🏎🏎🏁🏁🔥🔥
Coordination polymers behaving more like inorganic solids, and intercalating ions for enhanced capacitance. Good job @HarishBanda3 @JinhuDou @TianyangChen7!
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Coordination polymers behaving more like inorganic solids, and intercalating ions for enhanced capacitance. Good job @HarishBanda3 @JinhuDou @TianyangChen7!
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In our #NSynthCollection Published in @NatureMaterials by @DincaGroupMIT @chhendon Junliang Sun & co-authors 💠Electrically conducting 2D MOFs 🌟Controlled growth of crystals by altering the ligand structure ☄️Large single crystals of up to ~200 μm https://t.co/PPAeCdzPlj ($)
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After a wondeful journey @DincaGroupMIT, I am beyond thrilled to announce that I will be joining the DMSE, Peking University as a tenure-track Assistant Professor this fall! @PKU1898
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From among so many great finalists (and friends!), what are the chances? Looking forward to celebrate with all in NY! Thanks so much @BlavatnikAwards for rewarding curiosity-driven science!
Announcing the Laureates 🥇 🥇 🥇 of the 2021 Blavatnik National Awards! 🎉Congratulations 🎉 to Mircea Dincă @DincaGroupMIT @ChemistryMIT @MIT, Kay Tye @kaymtye @salkinstitute, Andrea Alù @andrea_alu @asrc_gc @GC_CUNY @GradCenterNews @CUNY
https://t.co/dViAYVSzTN
#blavatnik2021
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WOW!
A demonstration how does this patterning method works. Check it out on YouTube. Monolithic optical microlithography of high-density elastic circuits https://t.co/4JXQS8JgWB via @YouTube
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Nice work! Yuqing!
Excited to share our recent work of "Monolithic opitcal microlithography of high-density elastic circuits" on Science ( https://t.co/DKgWsdL8BC) and highlighted by Stanford News ( https://t.co/YcsrykuBSq). Many thanks to the support by @zhenanbao and all the collaborators!
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Excited to share our recent work of "Monolithic opitcal microlithography of high-density elastic circuits" on Science ( https://t.co/DKgWsdL8BC) and highlighted by Stanford News ( https://t.co/YcsrykuBSq). Many thanks to the support by @zhenanbao and all the collaborators!
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Using the same equipment designed to make solid silicon chips, Zhenan Bao and her team printed dense transistor arrays on skin-like materials to create stretchable circuits that flex with the body.
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