Song Lin Lab retweeted
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

Song Lin Lab@SongLinLab11 Jan 2025
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Replying to @BetleyGroup
Good one😉 thank you!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @lehoangminh2002
We miss you <3

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @g_laudadio
Thanks, Gabriele!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @haihaizhang
Thank you!

Song Lin Lab@SongLinLab10 Jan 2025
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Thank you!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @TimothyASu
Thank you, Tim!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @mx_million
Thanks, Max!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @GwongFuk_Lam
Thank you!

Song Lin Lab@SongLinLab10 Jan 2025
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Replying to @RunOfThePhill
Thanks bestie🤞🏼
Song Lin Lab retweeted
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/s41586-0…
Song Lin Lab@SongLinLab8 Jan 2025United States
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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/s41586-0…

Song Lin Lab@SongLinLab8 Jan 2025
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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/d41586-0…

Song Lin Lab@SongLinLab8 Jan 2025
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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/s41586-0…

Song Lin Lab@SongLinLab19 Nov 2024
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Replying to @RunOfThePhill
👏👏👏

Song Lin Lab@SongLinLab11 Nov 2024
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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.4c11758
doi.org/10.1021/jacs.4c11760
Song Lin Lab@SongLinLab26 Aug 2024United States
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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)

Song Lin Lab@SongLinLab25 Oct 2024
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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!

Song Lin Lab@SongLinLab25 Oct 2024
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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🤩⚡️

Song Lin Lab@SongLinLab16 Sep 2024
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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 🎉
Song Lin Lab retweeted
Super happy to share these two works by our aminoxyl team: Oxoammonium catalyzed hydride abstraction for selective C–H oxidation!
Song Lin Lab@SongLinLab26 Aug 2024United States
United StatesConnected via United States App StoreAccount-level information, not a live location or per-post device.
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)










