Mechanophores: Making Polymer Crystallization Processes Crystal Clear: Scientists at the Tokyo Institute of Technology (Tokyo Tech) have come up with a new technique to evaluate the mechanical forces generated in polymer crystallization as they cool down… https://t.co/ADKm89BaX7
Check out our latest publication on the air-tolerant catalyst-transfer polymerization of P3HT!🥽 Awesome job @TomoKubo, @MorganSYoung1, @KendraSouther, @MattDHannigan, and @AnneJMcNeil🎉
https://t.co/7ubo7981UD
Taking a Shine to Polymers: Fluorescent Molecule Betrays the Breakdown of Polymer Materials: Scientists at the Tokyo Institute of Technology (Tokyo Tech) have come up with a simple method to evaluate the strength and performance of polymer materials. The… https://t.co/yPvG52OoaL
Seeing is believing: AFM confirmation of cyclic architecture after ring-expansion polymerization of acetylenes. https://t.co/kiIhoTrz9K @MacroJrnls_ACS @VeigeLab_UF @ButlerPolymer @UFChemistry
MEMBER SPOTLIGHT💫 Post-doc, Danielle Fagnani, is investigating degradation mechanisms of polymers&finding ways to intercept these processes for productive chemistry. She also does education work which involves developing a course on sustainable polymers for high school students!
So proud of our team in the @lindaunobel#sciathon! In 48 hours, we have created a series of recommendations to nourish a mutually respectful publishing process with researchers. Huge thanks to @TomoKubo, Xiaomeng Li, Wanlin Liu, @WangJinjin10, Xuezhi Yang and Longtian Zhang!
NEW LAB MEMBERS ALERT!! A huge welcome to our new post-doc, Graeme, and undergrad, Mackenzie. We look forward to doing research with you IRL in the future! #chemtwitter
A new report from chemical societies and funders of China, Germany, Japan and the UK says that more efficient separation and recycling processes will be key to enabling a future of #ProgressivePlastics. Read the report: https://t.co/U1QmKVvutz
A cool new paper is out in @Macro_ACS that describes our work to make photocurable and adaptable hydrogels from polymers that contain strained cyclic disulfides. @ButlerPolymer @UFChemistry
Collaboration with Tommy Angelini in @uflmae@UFBME
https://t.co/YH4pqzSlTT
Fresh off the presses (https://t.co/NoBQPWRYZm) in @ACSMacroLett, our most recently developed routes to UHMWs by photoiniferter chemistry, including block copolymers of > (1 MDa)-block-(1 MDa). A collab with @JoePattersonEM. @LowDispersity @TheMBSims @UFChemistry @ButlerPolymer
21 “present” for this morning’s group meeting where Cullen discussed some amazing work by the @McNeilGroup. @AnneJMcNeil @LowDispersity@ButlerPolymer @UFChemistry
Mixing the unmixable —A novel approach for efficiently fusing different polymers : Cross-linked polymers are structures where large molecular chains are linked together, allowing exceptional mechanical properties and chemical resistance to the final pro… https://t.co/Hvge0xBows
Application Guide for International Graduate Program (C) Commencing in September 2020 has been released : Application Guide for International Graduate Program (C) Commencing in September 2020 has been released.
Overseas and Domestic Application / Deadlin… https://t.co/ebkjLbUrJS