We're now on BlueSky! Come find us at

Record-setting SF5...C=X distances and access to the first SF5-containing oxa[2.1.1]bicyclohexanes as a new class of potential "hybrid bioisosteres" enabled by strain-release pentafluorosulfanylation of disubstituted BCBs, now appearing on @ChemRxiv. https://t.co/khfchonfUQ

Just out in @ChemRxiv ! Switchable amino acyl phosphates! We show how azobenzene-embedded acyl phosphates enable photoperiodic control over non-equilibrium self-assembly. https://t.co/G1PZOhmJwp

Our latest article regarding photosensitizer-free infrared-light-induced radical reactions is now available on @ChemRxiv ! Photosensitizer-free infrared-light-induced radical reactions https://t.co/6oHPq0XJ0Y

Our latest @ChemRxiv preprint has landed. 🔗 https://t.co/y4jmyqyYzh Hypervalent rotors… with an elastic C–I axle embedded in triazole and triazolium scaffolds. Miraculous parity in atropostability. Divergent breathing vs sealing. Two modes of chiral recognition. 🫡🫡🫡🍘

Excited about this one! We leveraged our understanding of lattice dynamics and resulting polymorphic transformations to purposefully design dynamic molecular solids. Great team effort @LucaCataz @URochesterChem @UofR @ChemRxiv https://t.co/LmQckh2Uqf

Our new preprint is out on @ChemRxiv 🔗 https://t.co/5keezdghhO a redox-neutral [3+2] annulation of cyclopropanols with alkenes via an RPC cascade — a mechanistically distinct branch that spun out from our (enolized) homoenolate chemistry.

Completely Recyclable Thermosets Based on C6-ROMP and Coordination Adaptable Networks (@ChemRxiv)(@KAIST_Chem) https://t.co/PG4XuvgxJD

🧐Monoradical or diradical — that is the question! 🧩 In our new @ChemRxiv preprint, we look underneath the cascades of reactive carbon π-radicals that can host more than one unpaired electron. 🔗 https://t.co/OP1Ju5zg7V @paulawdr @LeosValenta @sabine_richert @TomSolomek et al.

New preprint out @ChemRxiv . We present SLAPMapper, a general and scalable algorithm for atom-to-atom mapping (AAM) that resolves the trade-off between generality and efficiency in reaction informatics. https://t.co/lUZIonlQP0

Altmetrics in chemistry: alternative metrics for research impact in chemistry. Nearly 1,200 reads for study on #altmetrics in chemistry preprinted @ChemRxiv. Cited in the PhD thesis of Mateus Nascimento at UFSC in Brazil: https://t.co/cxIf0DWGs8 Preprint your research.

Radical Retrosynthesis of Natural Products Enabled by Iron-based Reductive Olefin Coupling. Published today in @ChemRxiv : https://t.co/8XAFKXZznn

Our latest preprint on Single-Particle Electrochemistry for Active Matter is out on @ChemRxiv. Happy to share this work supported by @DBTIndia, @iitdelhi, Prof. Pramit Kumar Chowdhury and Dr. Kshatresh Dutta Dubey (@kshatresh). Link : https://t.co/eSdPgaN00k @nanomotorupdate

Happy to share our pre-print on single particle electrochemistry. Congratulations @A16310040 for all efforts..

Development of Multiple Local Computational Models in Retrosynthetic Analysis: #TotalSynthesis of (−)-Deoxylimonin by Leanna Gharbaoui, Jungmin Eun, Yizhou Zhao, and Timothy Newhouse @NewhouseGroup at @YaleChem in @ChemRxiv https://t.co/uvLjosOfQm

Concise #Synthesis of Deoxylimonin by Jiajing Bao, Liangcai Yao, Hailong Tian, and @Jinghan_Gui in @ChemRxiv https://t.co/yqw8aQD4hC

Radical Retrosynthesis of Natural Products Enabled by Iron-based Reductive Olefin Coupling by Griffin L. Barnes (@Griffin__Barnes), Alex L. Rerick, and Phil S. Baran (@BaranLabReads) at @scrippsresearch in @ChemRxiv https://t.co/trGt6ACKFb

Programming Interfacial Properties Through Architectural and Chemical Synergy in Precision Brush Polymers (feat. #ROMP)(@ChemRxiv)(@jlawrencelab)(@_jimmylawrence) https://t.co/xmikCaRCkm

Does antiaromaticity guarantee high conductance? Check out our new preprint on electronic transport in antiaromatic molecules on @ChemRxiv! https://t.co/peUdpB2hvE #QuantumTransport #Antiaromaticity #MolecularElectronics @icf_unam @Pocuslives @fernando_12nat

Photocatalytic Decyanation of Arylacetonitriles Enabled by Diphenylboryl Radicals via Spin Delocalization and α-Fragmentation (@ChemRxiv): https://t.co/UZ1I8O82f3 (@n_yasukawa).

Thrilled to announce our new @ChemRxiv preprint! Our work on photocatalytic decyanation of arylacetonitriles enabled by a diphenylboryl radical is now online. Congrats to the team!! @snakamur5 https://t.co/XfBq8QYKVb