On-surface synthesis of a nanopentaheptite consisting of 5–7 rings, where skeletal topology rearrangements enable the emergence of polarity. Great collaboration with @JunzhiLiu2 and the team. https://t.co/oiYMo3YnF7
What a fantastic week at #CSC2026! 🔬
Shared our latest research on non-benzenoid acenes, received insightful feedback, and connected with researchers from across the field.
The conversations beyond the presentations were just as valuable as the science itself.See you at #CSC2027
Excited to share my 1st PhD paper, now out in @J_A_C_S
Thanks to my supervisor @jfchimie and coauthors @Clement and @Jeremie
Integrated Singlet Oxygen Generation, Capture, Storage, and Release in a Single Conjugated Scaffold | JACS #Azulene
https://t.co/tLMjtEOZgs
We are looking for candidates to join our group as PhD students. If you are interested in organic synthesis and catalysis, explore the opportunity to work with our team in Krakow.
https://t.co/YCS14iifcZ
Happy to share our recent paper in @J_A_C_S !! Congrats to Anees and Clément for their wonderful job!
Integrated Singlet Oxygen Generation, Capture, Storage, and Release in a Single Conjugated Scaffold | Journal of the American Chemical Society https://t.co/a4qUWFZ69Z
A 4 year post-doc position is available in the Sutherland group to work on novel fluorescent amino acids and peptides. Closing date for applications is 26th May. See here for more details and how to apply: https://t.co/cCbykwiKOZ
Our manuscript on the redox activity and near-infrared optical properties of doubly boron-doped indenofluorenes (DBIF) is now published in @J_A_C_S (https://t.co/tAtzZJGUY6)! Colleen debuts the DB[2,1-b ]IF isomer and an unusual 19π e- IF! #maingroup@DavidJDWilson
Long-Range Intramolecular Singlet Fission in Polyyne-Based Molecular Wire-Bridged Pentacene Dimers: Control of the Branching of the Singlet Correlated Triplet Pair into Either Spin Conversion or Dissociation | Journal of the American Chemical Society https://t.co/X7tAb5Rks1
Clar’s goblet extension enables polyradical nanographenes with strong spin entanglement and perturbation resilience, now in @NatureSynthesis. A fantastic collaboration with @jishan_wu@nanosurflab 👇👇https://t.co/zxSVFpIsWu