Pingwu Du
@Pingwu_Du
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Professor of Chemistry and Materials Science, University of Science and Technology of China (USTC), life is hard.
China
Joined November 2019
Just out in @angew_chem: in elaborate [2]rotaxanes, we found that nanohoops suppress through-space charge transfer๐ฎ, which would explain some mysterious OPV results (e.g. by @Pingwu_Du). A tour de force study by @FabianSchwer, @GroupGuldi, et al. https://t.co/aPd0zFbltt
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Ramesh, so beautiful stuctures! So nice approach to generate new nanocarbons! Congrats for such a nice work!๐๐๐ @profjasti
New draft paper from @nanohoops led by recent graduate, Dr. Julia Fehr, posted on @ChemRxiv. Here we report a strain-promoted cyclotrimerization to generate 'pinwheel' carbon nanostructures. Check it out! https://t.co/KDAE3AK8wv
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Just out: A photoactive nitrogen-doped carbon nanosolenoid with broad absorption for photocatalysis. Thanks the reviewers, my students, and great collaborators!! https://t.co/niaBZGupdp / https://t.co/Y5TBSaBOxS
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ฯ-extended [10]cycloparaphenylene carbon nanoring with two HBC units. Thanks for all the peers and reviewers for your nice suggestions. ๐ค๐ค๐ค @ChinChemLett
A strained ฯ-extended [10]cycloparaphenylene carbon nanoring @ELSchemistry @ElsevierNews @InnovationChem @Innov_Materials @isciverse @Pingwu_Du
https://t.co/ww55UEk9tj
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Happy to share our recent work in @angew_chem . : we found that 2D fullerene C60 network is an active photocatalyst for water splitting to H2 and H2O2.- Wang - Angewandte Chemie International Edition - https://t.co/qpDaIAEDTx
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Beautiful chemistry and fantastic application!๐๐๐ @jishan_wu
A fused triangulene dimer for near-infrared lasers! A collaborative work with Maria Diaz-Garcia, @zhesuntju @ShenTon44744598 is now online @angew_chem : https://t.co/xLk45pMg4p
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Beautiful nanohoops, nice work!!!
Nanohoops in 'click' chemistry - now published in @ChemicalScience This work was collaborative with @nodecrashers & @nanohoops led by @juliamfehr
https://t.co/UDcznsECgI More to come on this concept.
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Wow, big congratulations๐๐๐, USTC alumni, Prof. Chuan He, Wolf Prize in 2023! from @UChicago โfor discovering reversible RNA methylation and its role in the regulation of gene expression.โ
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Previous related studies about polymeric segments of carbon nanotubes for some friends who are interested in: J. Am. Chem. Soc., 2019, 141, 48, 18938. ( https://t.co/ZyWpgqQTcC); Chem. Sci., 2021, 12, 10506 ( https://t.co/zRyovbIOU1).
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Check out new application of nanohoop-derivated polymeric segment of carbon nanotubes for lithium-ion batteries. Thanks for the support from many friends and peers!๐ https://t.co/NBxv6J5Nvd
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C-C bond breaking in nanohoops by electric field-induced catalysis. Glad to share this study. Collaborated with Yaping Zang, who is the major contributor in this work for electronics.Thanks a lot for the support from peers! https://t.co/5meQGfoJ0G or https://t.co/iuEsFHwwlM
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Check out such beautiful design and structures published in @NatureChemistry ! This is why we love chemistry and molecular design! @profjasti
Published version of this is finally out in @NatureChemistry - look for our follow-up(s) coming soon https://t.co/onOb1Qf7WL. Beautiful work driven primarily by superstar student James May and former student Dr. Jeff Van Raden, contributions by Dr. @ruthmaust.
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Highly efficient charge transport across carbon nanobelts. Collaboration with Prof. Yaping Zang and Chuanfeng Chen. Congrats my student Shengda as the co-first author. https://t.co/yltuzUUESw
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Excellent review paper for ฯ-extention to construct curved polycyclic aromatics! Good job, Prof. Miao!๐๐๐ @GroupMiao
Our most recent review on the Scholl reaction and curved polycyclic aromatics, highlighting cool works by @Itamilab @stepienlab @michaelmastale4 @Pingwu_Du @Campana_Lab @jishan_wu and many others https://t.co/Ycmc7CRAUR
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Eventually published! Double nanohoop is very different from a single one, with tunable aggregation-induced emission, stable chirality, and enhanced CPL. Very appreciated for the journal, the reviewers, and this great community.@NatureComms
https://t.co/fOxLotrvIW
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Collaboration with Prof. Qiaowei Li, dedicated to Prof. Sir Fraser Stoddart for his 80th birthday @sirfrasersays Cycloparaphenylene and their radicals anchored to a metalโorganic framework. https://t.co/2byFt1xBkk
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Could it be good material for OFET? Congrats, Mike! @michaelmastale4 Check out this article on ChemistryViews
chemistryviews.org
Triptycene-capped nanoribbons with precise lengths
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Nice ฯ-extended chiral helicenes! @HiroseG_Kyoto
ๆพ็ฐ(04)ใๆธ
ๆฐด(A02)ใใซใใใใชใจใณๆงใฎ้ปๅญๆง้ ใๆใใฯๆกๅผตใใชใปใณใฎๅๆใจ็ฉๆงใฎ่ซๆใ Nat. Commun. ใซๆฒ่ผใใใพใใใ https://t.co/FoV0AYg81b
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Nice work for ultrafast dynamics!
Happy to see our study on charge management in porphyrin-fullerene decorated #nanographene systems in @J_A_C_S ! Thank you - Dirk Guldi @GroupGuldi, Norbert Jux @UniFAU, & @DLungerich for the collaboration!๐#synthesis #photophysics
https://t.co/XudpXKvxjw
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Two amazing legends!!!๐๐๐
Two legends of modern #Inorganic #Chemistry โ Harry Gray and Rich Eisenberg. Magnificent talk by Harry on 65th anniversary of โฆ@ACSINORDivisionโฉ! #ACSSpring2022
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