Dmitry Eremin

@dmeremin.bsky.social

Staff Scientist at Caltech / Nelson Lab

The new web interface of @acs.org publications is agonizing. TOCs missing from ASAPs/misplaced in issues, terrible URLs, and reading that’s now painful on both mobile and desktop. If page views and readership matter to ACS, this is an emergency. I hope ACS leadership is listening.

@dmeremin.bsky.social Absolutely crushed it with this automated workflow! It ain’t about the size of your crystals, nor the way that they look, that matters…it’s all about how they diffract! Cheers to the whole team!

Dmitry Eremin@dmeremin.bsky.social · 9mo ago

🚨Hot off the press @jacs.acspublications.org! Your TEM can now solve crystal structures on its own. Small molecules, materials, proteins—all with one platform: REyes, the first end-to-end autonomous electron diffraction suite doi.org/10.1021/jacs... @caltechcce.bsky.social @uclacb.bsky.social

Still have goosebumps from meeting Dick Schrock at #ACSFall2025! Back in grad school I explored metal-carbene complexes and at every exam or review I was always asked, “Is it a Schrock or Fischer carbene?” Thank you, Dick, for shaping and inspiring so many of us

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Hope is not something I feel frequently right now, so yesterday was a very special day. I had the privilege to spend the day with the #CASFutureLeaders - meeting each of these brilliant scientists who are changing the world through their leadership and outreach was so uplifting and inspiring!

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Overdue post, but heartfelt thanks to Kraig Wheeler, Trisha Russell, Michael Ruf & Brian Patrick for the outstanding Pacific Northwest Summer Crystallographic Institute at Whitworth! A deep dive into small molecule diffraction & Olex2. Highly recommended!

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One of the unspoken frustrations for many chemists, finally unpacked by my PhD advisor Valentine Ananikov and his team in JACS Au. Reproducibility is everything in science, and this shows why yesterday’s reaction doesn’t always work today A must read: doi.org/10.1021/jacs...

Magnetic Stirring May Cause Irreproducible Results in Chemical Reactions

Magnetic stirrers, the most widely used and ubiquitous devices for performing chemical reactions in laboratory settings, may cause reproducibility problems. Reproducibility in a range of chemical proc...

doi.org