✍️🌌Gas-Phase Reactions of H2CS and H2CO with CN: Similarities and Differences from a Computational Study (Puzzarini) | #ACS Earth and #Space#Chemistry https://t.co/qmGpyXLmOt
We've just launched an exciting new Research Topic, ‘Refining the Interstellar Chemical Complexity: From Molecules to Models’. Among the others, the Topic Editors include the brilliant @SAlessandrini, @AstroMolpe, @JoanEnrique11, and @Divs_astrowise https://t.co/JL6uMVJDjR
In this paper by @SAlessandrini@CPuzzarini and @MalgoBiczysko, experimental rotational spectroscopy and the LEGO-brick approach are combined to give accurate SS bond lengths. Which is the best DFT approach to reproduce the reference?
https://t.co/2Aixj5cmtV
My artwork is on the cover of @JPhysChem! 😍
The threads of theory💻 and experiment 🥼 interlace into the single yarn 🧶 of the semi-experimental approach to describe the equilibrium structures of free radicals! Link➡️https://t.co/yrbrzBmDtF
#MyACSCover@ACS4Authors
Experiment & theory combine to form a dataset of accurate equilibrium structures of free radicals. To overcome experimental limitations, a new strategy has been proposed for characterizing medium-to-large-sized radicals @Cpuzzarini@rotcomp@Salessandrini
https://t.co/Mq0UbscBAO
@SAlessandrini (@rotcomp) giving an invited talk at the WG1-WG5 meeting of the @COSY_Action … thrilled to hear how to unveil gas-phase reactivity in the interstellar medium 🌌🤩
I am pleased to announce the second edition of the conference "Fractionation of isotopes in space II: from the Solar System to galaxies" that will be held on November 4-7 2024 in Florence, Italy.
Submit an abstract now: https://t.co/OsclIrG0Ns