Highly contorted nanographene made of ten pyrrole rings fused around anthracene core. Embedded heptagons make it 90° twisted along the long axis. My new work with @SwagerGroup published in @JOC_OL https://t.co/NCJj9j3LZr
Hydrogen-Mediated Reductive Cross-Coupling of Aryl Iodides with Activated Aryl and Heteroaryl Bromides | Journal of the American Chemical Society @brad_carrow@UHouston@KrischeLab@UTAustin@TexasScience https://t.co/Qa6c0dh1Kx
If you are looking for rhodium catalysts with various substituted cyclopentadienyl ligands, check out our recent paper: https://t.co/zZNbwNoDbN
Dedicated to the anniversary of the magnificent head of @AnanikovLab
Molecular belts can go SUPERCOILED! We’ve nailed a 24-benzene and 24-thiophene fused molecular belt with a plectonemic geometry. Honored to contribute to this exciting work with Prof. Jiaobing Wang.
https://t.co/JEuWhNWtwB
📢: Magic Monday! Our great Ph.D. candidate @ashton_rda reports the synthesis of pentiptycene ether sulfone macromonomers en route to PIMs. The different robust conditions provide access to a variety of polymers. Tons of pentiptycenes for the lab to go! https://t.co/VoYNegdPwn
Come see our superb chemists presenting in @MIT Polymer Day now! Session A is currently running with @AlsufyaniMaryam’s poster #2 and @ashton_rda’s poster #16! Session B will be happening in an hour with @Abdusalom’s poster #28. More polymers, more fun for the day!!!
An ABSOLUTELY spectacular structure by the Xia group at SUSTECH. Haiping & his team have been working on enveloping the metal with a fully conjugated carbon ring & they finally succeeded! This warms my reformed metallabenzene chemist's heart!
https://t.co/jFwKNgmStQ via @cenmag
My first paper was finally published online in @JOC_OL ! We synthesized a series of electroactive [5] and [7]helicenes. Chirality is retained during the synthesis of [7]helicene. Huge thanks to my mentor @Abdusalom and @SwagerGroup
Merging azacoronene with helicenes has led to intriguing electroactive chiral structures and polymers. Our latest paper with Yucheng Fu @ycfu1018 and @SwagerGroup just published in @JOC_OL https://t.co/cJbYSwi5N1
We developed a novel reaction that enables a direct synthesis of amines from olefins via C=C bond cleavage. This process which we termed Triazenolysis represents an aza-version of ozonolysis reaction.
Congrats to all involved
@NatureChemistry@TechnionLive
https://t.co/oIDb8H93JK
Our paper titled "Inner-Bond-Cleavage Approach to Figure-Eight Macrocycles from Planar Aromatic Hydrocarbons" has been published in @J_A_C_S! This paper is Open Access. Please read it.
https://t.co/JpmyuaSrea
Congratulations to Professor Tim Swager, the winner of the @AmerChemSociety's 2025 Arthur C. Cope Award. This award encourage the advancement of chemistry in all its branches, support research endeavors, and promote the careers of chemists.
https://t.co/dMhJZ2iQVT
I had a fantastic time at the #ISNA20 conference in Toronto! The scientific talks and posters were so inspiring. Loved meeting the brilliant minds behind some of my favorite polyaromatic molecules!
Swager Group members current and past congregated for #ISNA20 last week to watch Tim deliver the Nozoe Lecture and see five days of innovative chemistry from the community! Thanks to the organizers for facilitating this reunion and for a wonderful conference!
We have summarized the use of nitrous oxide (#laughinggas) as a diazo transfer reagent. The review, written together with @AlexGenoux, was just published in @ChemicalScience : https://t.co/nmvUnrfgpf
Finally it’s official: Our manuscript on a new reagent for C-atom transfer is out @ScienceMagazine! Diazo transfer from N2O gives access to Ph3PCN2 a versatile reagent. Big congratulations to the team! @TU_Dortmund@ERC_Research@AvHStiftung@phosphorchem https://t.co/kCyZfh6znq
77 Mass Ave and our new 7-7 nanographene on the front cover of Organic Letters!
@SwagerGroup@JOC_OL@ACS4Authors#MyACSCover
Issue: https://t.co/OxLjYyiVD4
Article: https://t.co/NCJj9j4jOZ
This week's issue of #OrgLett is online now! Read it today ➡️ https://t.co/Vb8oVZFGEZ
Featured on the front cover: Highly Contorted Rigid Nitrogen-Rich Nanographene with Four Heptagons by Swager and co-workers. Read about 7️⃣-membered rings here: https://t.co/z3G1rN5Flu