We successfully achieved sequence-controlled polymerization of sulfonylated vinyl ethers, enabling the production of polymers with tunable molecular weights and well-defined structures.
https://t.co/5fmwIAmHS2
We introduced the steric effect into the simulation of arm-first synthesis of star polymers and compared it to the "MWD" extracted from light scattering. Now published in @MacroJrnls_ACS Many thanks to Kris' support @MatyPolymerLab https://t.co/jKbeCv3I9C
We found the optimal arm length for star polymer electrolytes. Just published #OpenAccess in Macromolecules @MacroJrnls_ACS with @bodachemi, J. Xie, Y. Wang, @polymerrheology, and C.-H. Li
https://t.co/oykzOQS9fK
Three undergraduate students (in their freshman year) solved a reproducibility issue we encountered in my Flow Chemistry class and digitalized the experiment. Now published in J. Chem. Educ. @ACSPublications https://t.co/nBEvNwfEHa
We constructed well-defined branched polyacrylonitrile using CLBRP from a simple 2-chloroacrylonitrile inibramer and found it improved the Li+ conductivity in succinonitrile-based plastic crystal electrolytes https://t.co/oSKKCuhIiF
In @angew_chem@WileyGlobal
Divergent synthesis using only TIME. ⏰
One pot, one photocatalyst, two distinct fluorinated rings. Selectivity is controlled solely by how long you shine the light.
#Synthesis#divergent#radical
https://t.co/N4mMugeg4Y
⚡ Double the impact, double the excitement! ⚡🎉 Thrilled to announce our group's back-to-back publications in JACS! 🚀
Proud to share our latest progress in precision polymer synthesis and grateful for the team's hard work and collaboration. @JiaqiHan97@Jia94749480
Check out the papers here: [https://t.co/yziDzLhnfl] & [https://t.co/4kdAixyhAt]
@J_A_C_S@NUSingapore@ChemNUS@ResearchFoS@NUSResearch
We polymerized a silicone industry waste with sulfur and used it to protect MoS2 devices. Check out our latest work: Dynamic Sulfur-Rich Network from Silicone Industry Waste - now published in @green_rsc https://t.co/dQtnAFILTQ
A fantastic summer comes to a close! Huge congrats to Qiheng Zhou from No. 2 High School of ECNU (my alma mater) on completing his 4-month research on #polymerization#kinetics. Wishing you all the best as you begin your next chapter at @Cambridge_Uni !
Need new nitrogen heterocycles? We've got a switch for that! 🔄
Our new @J_A_C_S paper reveals a Pd-photocatalytic method to synthesize valuable aza-bioisosteres from simple building blocks. Perfect for #MedChem & DEL synthesis! @ACSPublications
https://t.co/qc1oCijTBz
Please see the chemistry with Photoexcited Chiral Chromium Catalysis out! @ACSCatalysis@ACSPublications Well done! thanks for the support from Prof. Xiaotian Qi!
https://t.co/06MPAuAGv6
Our latest work is out in @angew_chem about chiral macrocycles featuring chiroptical and redox activity, H/G recognition, and polyradical magnetic properties. Stay tuned for more! Thanks to @hanhans0810 for the great collaboration. https://t.co/bxytojZJLy
We achieved superior control over SCVP via the spatial sieving effect of a flow reactor and used these well-defined hyperbranched copolymers as fast-diffusion low-crossover active materials for aqueous flow batteries.
Happy to share the excting news that two of our recent works https://t.co/1x3Y37PZrA @NatureComms & https://t.co/iRekJMKble @CCSChemistry have been highlighted by Synfacts
https://t.co/hggmSSby53
https://t.co/CrpBwcNgoj
Fantastic catching up with Kris @MatyPolymerLab after 7 years! So great to see many familiar faces from the Maty lab and the wider polymer community at #PPC19#Kitakyushu.