I am happy to see our work on ylide-stabilized silylenes and Si=E multiple bonds amongst the most popular Chemical Science papers published in 2025.👇

pubs.rsc.org/en/content/a...

Check out our subject-specific collections of our most popular Chemical Science content published in 2025! These collections highlight some of the exceptional research published in Chemical Science and they are free to read.

Read our blog post: blogs.rsc.org/sc/

#ChemSky #ChemSciMostPopular

A Purely σ-Aromatic, Planar {Ge4}2+-Ring Aromaticity is a fundamental concept traditionally used to explain the structure, stability, and reactivity of cyclic organic compounds. Heavier analogs have also been investigated for their aromatic ...

Checkout the group's first highlight of the year: a thrilling journey into the world of aromaticity. 🌟🌟
Congratulations to Manoj and Henning for this achievement 👏

doi.org/10.1021/jacs...

It has been an honor for me to deliver this lecture. Thank you @chemistryeurope.bsky.social for sponsoring and thank you @dr-berionni.bsky.social and team for making it possible.

Now we have the last plenary lecture for day -1 from Prof. @viktoriagessner.bsky.social from @ruhr-uni-bochum.de. She will be delivering the @chemistryeurope.bsky.social lecture about the state-of-the-art development of metalated ylides in organic and main group organometallic chemistry.

We made it! Thanks to everybody in this wonderful team!

🥳Huge congratulations to our amazing team on this success!🍾🥂 So proud of what we’ve achieved—and excited for what’s next in the next funding phase.

It was a pleasure to host @moumitachem.bsky.social at @ruhr-uni-bochum.de. Thanks, Moumita, for a truly inspiring talk and many insightful discussions about chemistry and life. @humboldt-foundation.de

It is our great pleasure to announce the 5th Spanish Workshop on Phosphorus Chemistry 👇It will be online on the next May 26th and 27th, register for free!
@viktoriagessner.bsky.social @caporali.bsky.social @dr-berionni.bsky.social @pilicalleja88.bsky.social

Base-stabilized acyclic amino(ylidyl)silylenes: electron-rich donors for the stabilization of silicon-element multiple bonds Increasing the donor strength of Lewis bases is a viable strategy to stabilize reactive electron-deficient species. Herein, we utilize the strong electron-releasing power of ylide substituents to gain...

From metalated ylides to silylenes, a stable silanone, and beyond—our latest ChemSci paper👇 explores the donor power of acyclic ylidylsilylenes!
Big congrats to the whole team👏, and many thanks to the ERC and RESOLV for funding.

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