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Electrochemical synthesis goes wireless @Nature! Congrats to Bartosz, @JonasRein_ and our friends in the McEuen lab. We’d like to also thank the Lennox Group for their highlight on SPECS: nature.com/articles/d4158…
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Song Lin Lab
412 posts
Song Lin Lab
@SongLinLab
Electrifying organic chemistry since 2016 | Cornell University | For group updates, find us on LinkedIn!
Ithaca, NY Entrou em Mayıs 2017
907 Seguindo10K Seguidores
Song Lin Lab retweetou
Electrochemical reactions for organic synthesis typically require intricate, specialized equipment, slowing progress in this field.
Minuscule electric generators now enable faster reaction discovery and development go.nature.com/4j22A5r
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Song Lin Lab retweetou
@SongLinLab I suSPECt this will be incredibly useful, nice work🫶
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Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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WOW!
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
QST
Wild👍👍👍👍👍👍👍👍
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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Pohang-si, Republic of Korea 🇰🇷 English
Insanely cool work
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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Impressive work! Congratulations!
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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Amazing!
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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Song Lin Lab retweetou
Super excited to see our wireless electrosynthesis microchips in @Nature! SPECS make electrochemical reaction setup as easy as adding SPECS to a reaction and shining light on it!
nature.com/articles/s4158…
Song Lin Lab@SongLinLab
Organic synthesis meets nanofabrication! Introducing SPECS: light-powered microchips that turn any well plate into a wireless high-throughput electrosynthesis reactor at the µL scale. Ideal for reaction discovery, optimization, and library synthesis! nature.com/articles/s4158…
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PJM: Very excited to be named a (co-)runner up for the Journal of Materials Chemistry Lectureship! Congrats to all former and current members of the group! Congrats also to @MaxxSolidChem! 🎉 🥹 🍾
J. Mater. Chem. family@JMaterChem
Congratulations to Dr Maxx Arguilla (University of California, Irvine, United States) and Dr Phillip Milner (Cornell University, United States) for being selected as the runners-up of the 2024 Journal of Materials Chemistry Lectureship. blogs.rsc.org/jm/2024/11/19/…
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All good things come in pairs😉 We’re excited to see these works out in @J_A_C_S today! Check them out:
doi.org/10.1021/jacs.4…
doi.org/10.1021/jacs.4…
Song Lin Lab@SongLinLab
No hydridic C–H bond is safe! Back to back in @ChemRxiv today, we report oxoammonium catalyzed oxidation of N-substituted amines and ethers! Featuring high TON, 100 g scale-up, a novel NMR experiment for radical quantification, & QSPR! (1/3)
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Farewell’s are also in order for our beloved post-docs Chenfei, Pierre-Louis and Bartosz🥹We’re sad to see you go, but can’t wait for what your new careers will have in store! Congrats!
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We are thrilled to welcome five stellar 1st year students to the Lin Lab! Congrats to Bofei, Nayan, Evan, Joe and Xiaowei! Here’s to new friends and great science ahead🤩⚡️
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Nothing brightens up a Monday morning like a successful PhD defense! Congratulations to the incredible Dr. @Zhipengluu🤩 Wishing you the best of luck as you begin your career @TakedaPharma 🎉
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Song Lin Lab retweetou
Super happy to share these two works by our aminoxyl team: Oxoammonium catalyzed hydride abstraction for selective C–H oxidation!
Song Lin Lab@SongLinLab
No hydridic C–H bond is safe! Back to back in @ChemRxiv today, we report oxoammonium catalyzed oxidation of N-substituted amines and ethers! Featuring high TON, 100 g scale-up, a novel NMR experiment for radical quantification, & QSPR! (1/3)
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