Recently, an #AI algorithm discovered a quantity in chemistry behaving like a conservation law. We now confirm it is one. Where do these come from, and where do we look for them in experiments? We (@robpollice,Daan,Martijn) derive the underlying laws here: https://t.co/OSZCYZBCVY
Only 1 week left until the new episode of the Late Night Conference (LNC) where @robpollice will be our guest!
Get your FREE ticket and join us on 14 March at 20.00 CET at Huygens building at @radboudscience or watch a LIVE stream on #YouTube!
👉https://t.co/TZkqJ9ZKRp
We are happy to announce that our guest of 2nd episode of LNC is @robpollice from @StratinghInst
at @univgroningen! Get your FREE ticket and meet Robert IN PERSON on 14 March at 20.00 CET at @radboudscience or watch a LIVE stream on YouTube!
🎫/📺info: https://t.co/TZkqJ9ZKRp
@ruben_laplaza Should you be interested in the organic chemistry and synthesis side of ML and automation, I think this workshop will be for you: https://t.co/CIqhglK5FE
New paper on the tech-details of SELFIES, a robust molecular string representation for AI in chemistry: https://t.co/9GRouqgfkO
Written by code-guru @alston1o who took over the repo as 1st year undergrad @UofT (!) 🔥⚡️🤘
w\ @robpollice@akshat_ai@andrewwhite01@A_Aspuru_Guzik
Doing molecular multi-objective optimization with genetic algorithms? See this benchmarking work led by our talented undergrad Nat. If you're attending #ai4mat virtually, visit Nat's poster. @mistergtom will also present it on site. Working paper here: https://t.co/VsuvZjemjg
Hückel theory is one of the most simple quantum chemistry methods and a favorite of every organic chemist. Here we show with autodiff guru @RoVargasHdz how to make it autodifferentiable and tune the model parameters for optimal prediction of e.g. HOMO-LUMO gap
Fresh!!
Fully differentiable Hückel model using #JAX.
i) We optimize the atom types for different molecular frameworks to find the molecule with the targeted property (HOMO-LUMO) 🧵 (1/3)
@kjelljorner@robpollice@A_Aspuru_Guzik@chemuoft#compchem
This one was a long time coming and finally found its home in @ChemicalScience. Exploring chemical reaction pathways starting from just a set of substrates and defining a single reactive internal coordinate. #compchem https://t.co/kv0SyOFlw2
#RobSelects paper of the week @ChemicalScience: Comprehensive investigation of ylide-substituted phosphine palladium(II) chloride complexes as robust precatalysts for cross coupling reactions. #catalysis https://t.co/ypZqDg7EGd
#RobSelects preprint of the week @ChemRxiv: Combined spectroscopic and computational investigation of the structure of hydrogen chloride in ethereal solutions. #physchem https://t.co/6J0oAqCcLp
#RobSelects preprint of the week @ChemRxiv: Combining literature data with high-throughput testing of an informer library to construct machine learning models for reaction outcome prediciton of iridium-catalyzed borylations. #cheminf https://t.co/pNrX4oSrbA