https://t.co/pglwaN0Flm Our group reported a mechanocatalytic system: a PINO mechanophore in polymers releases catalytic radicals under force, enabling in/ex situ oxidation and paving the way for on-demand regulation of polymer properties & all-in-one force-responsive functions.
Now online:
News & Views on the Article by @TzzzzB_, Lifang Bian, @zhichang_liu & co-workers
https://t.co/3ktESTuNZo ($)
Supramolecular templating for two-dimensional crystalline polymers with mechanical bonds by Dejing Xu & Yuping Wang
https://t.co/5eDln7Xmj4 ($)
#Hexacene is unstable. We now present in @angew_chem a modular approach to constructing stable #azulene-fused nonalternant isomers of #acenes from readily available substrates by a [4 + 3] two-step annulation. Dedicated to @sirfrasersays' 80th birthday.
https://t.co/b6IbStEWQI
The Stoddart Institute of Molecular Science (SIMS) is now hiring talented postdocs from all over the world, where @sirfrasersays the engagement of supramolecular chemistry and molecular machines leads to fascinating chemistry!
https://t.co/SjloKFAKpL
From nacre to artificial materials, ordering in polymer composites has lead to their unique properties in many aspects. How to achieve the ordering and what are the future directions? Read our latest Review in @nanoscale_rsc to learn more! @Macfarlane_RJ https://t.co/YdWG6yHL7n
Postdoctoral Fellowship available to work with us at @UniPadova. We're looking for someone who is excited to develop new supramolecular smart materials for chemical sensors. Please retweet and if you are interested contact me by email. @Chemjobber#chemjobs#chempostdoc
Yuping’s paper is now available at @J_A_C_S - great work showing that NCT assembly is not only amenable to different supramolecular chemistries, but also implications for various fields beyond just self-assembly. https://t.co/ERlmf1f6Gw
Textbook knowledge is never too old...Check out our latest publication on applying the principle of the classic anchimeric assistance to investigate the otherwise very weak interactions: https://t.co/XKVWOZ4yaq Thank you @sirfrasersays and all the collaborators so much!
Organic polycations can be tightly packed now by introducing mechanical bonds. Please check out our latest research in @SirFrasersays Group @NUChemistry on putting repulsive rings together to form highly and densely charged catenanes, published in @Chem_CP https://t.co/PXAJ7bbkr6
Synthesis of Dodecacationic [3]- and Tetracosacationic/Radial [5]Catenanes, mechanically interlocked and densely charged. #ACSBOSTON@Chem_CP@MinhT_Nguyen https://t.co/FRtzq9Cgbf
Record-breaking molecular necklace, consisting of 24 positive charges in a single compound, made by @sirfrasersays and his team of researchers at @NorthwesternU. #nanotechnology https://t.co/Ylk1to2T2c
Radical chemist @yupingwang17 (2012-17) returned from @MIT to @NorthwesternU on the wettest of days in Evanston to attend the 17th Annual PhD Hooding Ceremony where I had the pleasure of being the other part of the act. Congratulations Yuping! All the very best for your future.