Quentin Pessemesse ⌬

PhD, postdoc in homogeneous Fe catalysis (G. Lefèvre group) Organomet, spectro, computation, with carbenes, nano-objects, catalysis in general ✨ he/him

[Quentin Pessemesse ⌬ @QP_Chem]

Une version française du Schlenk Line Survival Guide est disponible 💥
C’est une ressource particulièrement pratique pour les débutant·es qui découvrent la ligne de Schlenk, n’hésitez pas à la partager autour de vous !
https://t.co/lpURi9GW8O
#Chimie #Chemistry

[Andryj Borys @AndryjBorys]

Very pleased to see that the Schlenk Line Survival Guide recently passed 500,000 views!🥳

Happy to also share that the @Orgmet_ACS tutorial has been translated to French🇫🇷 and Spanish🇪🇸, and are available to download as PDFs from the resources webpage:

https://t.co/vJzjeXCsd0

[Quentin Pessemesse ⌬ @QP_Chem]

@KyleGPearce You should DM me i’m at lindau :)

[Quentin Pessemesse ⌬ @QP_Chem]

@J_A_C_S @UnivLyon1 Congrats to everyone @GroupItemm

[Quentin Pessemesse ⌬ @QP_Chem]

I’m glad to share @GroupItemm’s latest in @J_A_C_S
💥Modeling alloying changes in nanoparticles under reactive atmospheres is necessary to understanding the reactivity of these catalysts!
That’s also my first paper as « sole » 1st author 🥳
#Catalysis #Chemistry #CompChem

[J. Am. Chem. Soc. @J_A_C_S]

Alloy Reorganization and Dynamics in Group-10-Metal–Gallium Nanoparticles under Reactive Atmospheres: Impact on Local Environment and Reactivity | Journal of the American Chemical Society @UnivLyon1 https://t.co/8KTQV9xqSh

[J. Am. Chem. Soc. @J_A_C_S]

Alloy Reorganization and Dynamics in Group-10-Metal–Gallium Nanoparticles under Reactive Atmospheres: Impact on Local Environment and Reactivity | Journal of the American Chemical Society @UnivLyon1 https://t.co/8KTQV9xqSh

[Javier Perez-Ramirez @catalysis_eth]

🔥News @Nature. With @CoperetGroup we use 195Pt NMR to map coordination environments in single-atom heterogeneous catalysts, offering a powerful tool🔧 for advancing their design. Collaborative strength @NCCR_Catalysis 💪🙏💚
https://t.co/eTFoWmgTsE

[Quentin Pessemesse ⌬ @QP_Chem]

@J_A_C_S paper just accepted, stay tuned ✨

[Domenico Gioffrè / @domenicogioffre.bsky.social @DomenicoGioffr1]

This was a lot of fun! A nice example of how an equation can be used to tackle a long-standing problem in chemistry.

[Ying Kai LOH @YingKaiLOH]

Are pyridinylidenes isolable? Here is a crystalline annelated version!! Huge congratulations to @Jachu25 @Rodolphe_Jazzar for the remarkable work, and my mentee Levan for crystallizing this unprecedented species! #proudmentor

https://t.co/4dn3pKlcw2

[Andryj Borys @AndryjBorys]

Very proud of this work led by @vedaniluca in @InorgChem unveiling the role of low-valent magnesium nickelates in challenging "ligand-free" cross-coupling reactions!

@EvaHeviaGroup @DCBPunibern https://t.co/uajAo7mXTn

[Steven Roldan (スティーヴン) @SevenRoldan]

Really happy to see our latest work out @ScienceMagazine !
Recycling silicone waste with the power of chemistry.✨✨✨

https://t.co/3MFsvbLCSN

[Dominik Munz @MunzDominik]

Congrats @danke2t @Tetidanes @am_sneh Simon on your study what happens if we oxidize PPh3 🪅
Cool (& simple) molecule, powerful reagent. Check it out @J_A_C_S
Hexaphenyl-1,2-Diphosphonium Dication [Ph3P–PPh3]2+: Superacid, Superoxidant, or Super Reagent? https://t.co/8yvgG0UKlF

[Quentin Pessemesse ⌬ @QP_Chem]

✨I’m thrilled to announce I’ll participate in the in the 2025 edition of the @LindauNobel Laureates meeting #LINO25✨
Looking forward to this great opportunity, many thanks to the organizers and to @UniversiteLyon for their support

[Josef Boronski @JosefBoronski]

Catalytic methane functionalization and all it takes is... beryllium! We also compare the mechanisms of methane beryllation and borylation to reveal why Be finds it so easy @J_A_C_S @GroupAldridge
https://t.co/wOLRY9NR6D

[Luber Group @LuberGroup]

Fabrizio Creazzo @FabrizioCreazzo and Sandra Luber @UZH_chemistry
published a paper about DFT-Metadynamics Insights on the Origin of the Oxygen Evolution Kinetics at the (100)-WSe2 Surface on iScience @iScience_CP.
@NCCR_Catalysis @UZH_ch
check it here:
https://t.co/2qENwVH0uC

[The Braunschweig Group @LabBraunschweig]

Triple Bond Formed Between Boron and Carbon: The synthesis of a neutral boryne

Check out @maxi_michel_’s latest work, now online in @NatureSynthesis
https://t.co/DEikqQbLGk

Thanks to @kar_sourav, Lukas, Rian, and Bernd!
#chemtwitter #11B #UniWue

[Quentin Pessemesse ⌬ @QP_Chem]

That looks really cool to resolve complex mixtures full of dynamic exchange !

[Ilya Kuprov @Ilya_Kuprov]

How to excite only those NMR signals that undergo chemical exchange? Read Jake Lindale's paper in @ScienceAdvances https://t.co/7u2PrBMw6y

[Quentin Pessemesse ⌬ @QP_Chem]

Now officially out 🔥

[Angewandte Chemie @angew_chem]

Harnessing Multi-Center-2-Electron Bonds for Carbene Metal-Hydride Nanocluster Catalysis (Rodolphe Jazzar and co-workers) @EngleLab @Rodolphe_Jazzar @UCSDChemBiochem @scrippsresearch @ICBMSLyon • https://t.co/fXoq7gl64R

[Quentin Pessemesse ⌬ @QP_Chem]

I’m thrilled to see this cool air stable hydride finally published, do check it out 😇
#realtimechem #chemistry #catalysis

[Engle Lab @EngleLab]

As an organic chemist, sometimes your most important contribution is attempting to destroy beautiful complexes from collaborators by exposing them to air, and failing.

The final version of this fun study on bench-stable CuH is now online in @angew_chem.

https://t.co/LLIxSv4lcX

[Quentin Pessemesse ⌬ @QP_Chem]

@EngleLab @GroupItemm @angew_chem congrats everyone ✨

[Andryj Borys @AndryjBorys]

Very pleased to see that the Schlenk Line Survival Guide recently passed 500,000 views!🥳

Happy to also share that the @Orgmet_ACS tutorial has been translated to French🇫🇷 and Spanish🇪🇸, and are available to download as PDFs from the resources webpage:

https://t.co/vJzjeXCsd0