Excited to share our new work in @J_A_C_S ! 📚
We use energy transfer to drive (5+4) cycloadditions of activated furans/oxazoles with VCPs, enabling rapid synthesis of bridged heterobicyclo[5.2.1]decane scaffolds. 🧪✨
Paper: https://t.co/Rg5GcvHent
#Photocatalysis#Chemistry
From nine-membered rings to azepanones: A Pd-catalyzed [7 + 2] cycloaddition of photogenerated siloxyketenes and subsequent desilylative ring contraction
https://t.co/GlbPlIBNsG
Great to see our recent @J_A_C_S paper about the synthesis of 4-members rings from alkenes https://t.co/Qp7Evqu53c highlighted as Synfacts of the Month https://t.co/d2ZCul3ZED thanks @thiemechemistry for the recognition and well done to the team!
Super thrilled to see another awesome collaboration with the talented student's of @MacMillan_Lab out in the literature. "Team Carbene" was truly an all star team of students and the quality of this work reflects that. This paper greatly expands the Fe/PC carbene platform to make cyclopropanes I would never have dreamed of being able to be synthesized via photocatalysis (especially from aldehydes!). Looking forward to the next chapters of collaborations between @JNJNews and Dave's at @PrincetonChem
In @Nature, we show that redox-active esters can be transformed into alkyl zinc species useful for transmetalation, providing a solution to rate matching in XEC reactions! First application: alkylation of alkenes via polar decarboxylative cross-coupling!
https://t.co/mOBf4ChHk0
🚀 Our work on electroreductive deconstruction & oxygenation of cyclic amines is now out in Green Chemistry! ⚡🌱🧪Congrats🎉 to @_ShivDutt @Neelam7970253 @vikaskale1903. Thanks to @IndiaDST@MHRD@iitrpr@PB_IITRPR
📄🧪Read here: https://t.co/0MKvLVeVpf
Lowering LUMO, reducing bandgap, and increasing aromaticity by modifying one of the substituents of a lesser-known pro-aromatic PAH, Fluorene-fused Phenalene, via a modular synthesis @ChemCommun 2026 Pioneering Investigator @sak71477 https://t.co/SpVfuCrJFD
We @WerzLab@FreiburgChem@UniFreiburg just published dimerizations of BCBs in @ChemicalScience We think that this is very important paper for the progress of BCB chemistry since it elucidates background reactions to occur in the presence of Lewis acids. https://t.co/DUplHDXLkO
Congratulations @MacMillan_Lab in collaboration with the Merck Center for Catalysis and @Pfizer for “Radical Sampling Enabled Saturated N-Heterocycle Cyclization,” in @J_A_C_S this week.
Great work Qinyan, Noah, Saegun, Dave, and collaborators.
DOI: https://t.co/eabYjidZG6
Introducing 4-Vinyl-1,4-dihydropyridines as a Vinyl Transfer reagent.....Check out our efforts on recently published vinyl transfer reaction.
Thanks to @ANRFIndia and @iitrpr for funding.
Congratulation Akshay, @impsandy@ssuryansh056@ARIJITC29195231
https://t.co/Tmbj0Bsc9z
Namaste I am happy to inform you that our lab has been granted a patent entitled " A Portable kit for Visible Light Photodynamic Inactivation of Microbes" @IITIOfficial@EduMinOfIndia@DrSukantaBJP