Nature Catalysis(@NatureCatalysis) 's Twitter Profileg
Nature Catalysis

@NatureCatalysis

Nature Catalysis publishes high quality work across all areas of catalysis, including both fundamental and applied studies.

ID:837966459452211200

linkhttps://www.nature.com/natcatal/ calendar_today04-03-2017 10:02:27

1,0K Tweets

13,7K Followers

328 Following

Nature Chemical Engineering(@NatChemEng) 's Twitter Profile Photo

The first issue of Nature Chemical Engineering is now live! 🎉

We're excited to finally begin highlighting the breadth of chemical engineering research. Thank you to our authors, reviewers, and community for the support!

Check out the issue here: go.nature.com/48kZ7ZT

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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our August issue is now live:
• An entropy-driven adsorption process
• Degradation mechanisms of Pt in PEMFCs
• Spiro-salen catalysts for polymer synthesis
• Best practices in photocatalysis
& more
nature.com/natcatal/volum…

Our August issue is now live: • An entropy-driven adsorption process • Degradation mechanisms of Pt in PEMFCs • Spiro-salen catalysts for polymer synthesis • Best practices in photocatalysis & more nature.com/natcatal/volum…
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Mie Andersen(@MieAndersen17) 's Twitter Profile Photo

Had great fun looking into the 'history books' of computational catalyst screening to write a 'Retro News and Views' piece for Nature Catalysis - highlighting some important Danish contributions from Bjørk Hammer and Jens Norskov: rdcu.be/dfptz @AIntercat Aarhus Institute of Advanced Studies

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Communications Chemistry(@CommsChem) 's Twitter Profile Photo

A data-driven approach elucidates the physical mechanisms underlying the temperature-dependent properties of gold nanoparticles. Giovanni M. Pavan Lab.
nature.com/articles/s4200…

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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our May issue is now live:
• ORR boosted in microporous water
• Fe-nitrogenase characterization
• A three-step relay mechanism for ammonia synthesis
• Electron tomography of fuel cell catalyst layers
& more
nature.com/natcatal/volum…

Our May issue is now live: • ORR boosted in microporous water • Fe-nitrogenase characterization • A three-step relay mechanism for ammonia synthesis • Electron tomography of fuel cell catalyst layers & more nature.com/natcatal/volum…
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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our April issue is now live:
• Higher carbon products from CO₂RR
• Electrocatalytic hydrogen reduction reaction
• Stereoselective conjugate cyanation of enals
• Active sites in ethanol to butadiene
& more
nature.com/natcatal/volum…

Our April issue is now live: • Higher carbon products from CO₂RR • Electrocatalytic hydrogen reduction reaction • Stereoselective conjugate cyanation of enals • Active sites in ethanol to butadiene & more nature.com/natcatal/volum…
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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

We are looking for an editor (fixed-term) in the areas of heterogeneous/photocatalysis.
Any questions please get in touch!
careers.springernature.com/job-invite/480…

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Nature Communications(@NatureComms) 's Twitter Profile Photo

Applied science collection: A selection of research and commentary - across all areas of science - with a focus on application.

Check out some great papers, or submit your own!

nature.com/collections/af…

Applied science collection: A selection of research and commentary - across all areas of science - with a focus on application. Check out some great papers, or submit your own! nature.com/collections/af…
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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

A rare opportunity to work at the interface of chemical biology and catalysis. We are hiring for a full time editor to split their time between Nature Catalysis and Nature Chemical Biology Any questions please get in touch! careers.springernature.com/job/Berlin-Ass…

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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our October issue:
• Technique-focused retro N&Vs
• Electrolyte effects on the HER
• Photoelectrocatalytic water oxidation and organic synthesis
• Asymmetric C–C coupling in CO₂RR
• A Review on catalyst deactivation
& more
go.nature.com/3t7YcsP

Our October issue: • Technique-focused retro N&Vs • Electrolyte effects on the HER • Photoelectrocatalytic water oxidation and organic synthesis • Asymmetric C–C coupling in CO₂RR • A Review on catalyst deactivation & more go.nature.com/3t7YcsP
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The Nobel Prize(@NobelPrize) 's Twitter Profile Photo

The 2022 laureates in chemistry Barry Sharpless and Morten Meldal have laid the foundation for a functional form of chemistry – click chemistry – in which molecular building blocks snap together quickly and efficiently.

The 2022 #NobelPrize laureates in chemistry Barry Sharpless and Morten Meldal have laid the foundation for a functional form of chemistry – click chemistry – in which molecular building blocks snap together quickly and efficiently.
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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our Sept issue:
• Axial chirality via metallaphotoredox catalysis
• Methanol synthesis on Cu single atoms
• Targeting products in nitrite electroreduction
• Reviews: ensemble effects in heterogeneous catalysis and high-throughput genome editing
& more
go.nature.com/3SGDDhI

Our Sept issue: • Axial chirality via metallaphotoredox catalysis • Methanol synthesis on Cu single atoms • Targeting products in nitrite electroreduction • Reviews: ensemble effects in heterogeneous catalysis and high-throughput genome editing & more go.nature.com/3SGDDhI
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Nature Catalysis(@NatureCatalysis) 's Twitter Profile Photo

Our August issue is now live:
• Directed evolution of a PET depolymerase
• Deep learning to screen metabolic enzymes
• Two electrochemical strategies where both electrodes generate the desired products
• Q&A discussing rigor and reproducibility
& more
go.nature.com/3PM2XB6

Our August issue is now live: • Directed evolution of a PET depolymerase • Deep learning to screen metabolic enzymes • Two electrochemical strategies where both electrodes generate the desired products • Q&A discussing rigor and reproducibility & more go.nature.com/3PM2XB6
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