The Role of Torsion on the Force-Coupled Reactivity of a Fluorenyl Naphthopyran Mechanophore | Journal of the American Chemical Society @Maxwell_Robb@TheRobbGroup@CaltechCCE@Caltech https://t.co/NHjuyUz6MG
Today we report in @J_A_C_S a novel and highly modular platform for mechanically triggered chemiluminescence (bright light emission) from polymers. Congrats to @PengLiuChem, Yu-Ling (Debbie), and coworkers! Collab with @ShabatGroup. @CaltechCCE@Caltech
https://t.co/KaLR8x93gr
Well, I guess itβs Twitter Officialβ¦Yesterday I was promoted to Professor with tenure @Caltech in @CaltechCCE. I am beyond grateful to my amazing students, colleagues, mentors, family, and friends that helped me get here. I feel truly lucky. Thank you!
So happy I was able to return to Caltech last week and see my thesis advisor @Maxwell_Robb give a fantastic talk on all the beautiful work he and the Robb group have done these past few years.
Last week, Prof.@Maxwell_Robb gave us an amazing talk on polymer mechanochemistry. We are very excited to tell people about our cool chemistry! Also thanks to Dr.@Molly__McFadden for giving a wonderful intro!
Congrats to Dr.@TianZeng_May for successfully defending her thesis today!!! We send our best wishes to her postdoc research! Congrats May!!!πππ
One last paper from @TheRobbGroup to finish off the yearβ¦
Congratulations to Debbie on her paper online now in @ChemicalScience! We exploit a unique fragmentation pathway using a self-immolative linker to design a mechanophore for dual payload release.
https://t.co/x3Q9MtxNt4
Congratulations to @TianZeng_May and coauthors on the latest @TheRobbGroup publication in @J_A_C_S! A new nonscissile mechanophore design enables polymers that can release hundreds of small molecule payloads with force.
https://t.co/X3FNV37F7M