right now the astronauts are calling houston because the computer on the spaceship is running two instances of microsoft outlook and they can't figure out why. nasa is about to remote into the computer

We’re going back to the Moon! 🚀🌕 NASA’s #ArtemisII mission is set to launch, carrying four astronauts to the far side of the satellite. However, they won’t land on its surface — at least not for now. This ten-day round trip will serve as a test ahead of the Artemis IV Moon landing mission in 2028.

Mil y una maneras de abrirse paso en la divulgación científica - AEC2 GENERACIÓN ZIENCIA 2026 Si te interesa la ciencia y quieres aprender a contarla al mundo, este evento es para ti 🚀 El viernes 8 de mayo, CaixaForum Madrid acoge la 3ª edición de Generación Ziencia, un...

Súper programa #GeneraciónZiencia2026🤩👇

8 de mayo en CaixaForum Madrid

El evento joven de #AEC2 y @caixaresearch.bsky.social

Inscríbete➡️ caixaforum.org/es/madrid/p/...

Con Lucía Torres @mongabay.com @gomobel.bsky.social @raffiovalentina.bsky.social
aecomunicacioncientifica.org/mil-y-una-ma...

Gracias 😇 Marie, feel free to email 📧 to fer (at) agata (dot) agency if interested, or use the contact form on www.agata.agency we will get back to you on Monday

Fantastic summary by @gomobel.bsky.social of our recent paper about state-independent electrolytes - www.science.org/doi/10.1126/.... The self-assembly of diffuse aromatic cations is key to maintaining the conducivity across phase transitions.

Join the club 😅😂

‘Stimulating discovery’ leads to strategy to swap oxygen in saturated rings Skeletal editing pushed beyond aromatic structures, sparking new opportunities in drug discovery

Photochemistry swaps the oxygen atom in oxetane rings with nitrogen, carbon, or sulfur at a single stroke. @mjkoh87.bsky.social’s team pushed skeletal editing beyond aromatic structures, a stimulating discovery in organic chemistry: www.chemistryworld.com/news/stimula... 🧪 #ChemSky @nature.com

Thank you very much @gomobel.bsky.social for highliting our work on @chemistryworld.com. Chiral acyl phosphates meet self-assembly..! Thanks also @claudiabonfio.bsky.social and @jeannecrassousiscr.bsky.social for the very nice comments about our work!!

I have a full email of recommendations if you need more ideas 🤣

Headlining the @chemistryworld.com research section with not one but two interesting stories on cool chemistry: chirality and skeletal editing.

1️⃣🧬 www.chemistryworld.com/news/chiral-...

2️⃣🦴 www.chemistryworld.com/news/stimula...

Please do share if you enjoy ☺️ #ChemSky 🧪 @absw.bsky.social

‘Stimulating discovery’ leads to strategy to swap oxygen in saturated rings Skeletal editing pushed beyond aromatic structures, sparking new opportunities in drug discovery

Swapping oxygen in oxetanes? 🪄 Done! With skeletal editing 🙌🏼🦴✨ My latest @chemistryworld.com story covers a cool strategy to introduce nitrogen, carbon, or sulfur instead at a single stroke 🖌️🎨 Amazing, almost magic @nature.com paper by @mjkoh87.bsky.social 👉🏼 www.chemistryworld.com/news/stimula...

Indeed a very interesting work. Congratulations to the authors. Thanks for the job Fer!

Get the tomato salad at Nestor and, if you like 🦆 foie, Bar Sport. Enjoy, San Sebastian is one of my absolute fave places there 😇

So sorry you had to witness that, not our best export

Thanks so much @jeannecrassousiscr.bsky.social & @claudiabonfio.bsky.social for providing interesting insights, your comments really helped frame the importance of the discovery 💡 which “could have dictated the nature of primitive supramolecular structures” 😮

Chiral chemical fuels trigger two very different supramolecular self-assemblies Handedness of self-assembling peptides might explain the origins of homochirality in biological systems

Really cool stuff by @pappasgroup.bsky.social in @angewandtechemie.bsky.social – chiral chemical fuels drive molecules to self-assemble into different structures, depending on handedness 🧬 My latest for @chemistryworld.com 👉🏼 www.chemistryworld.com/news/chiral-... #ChemSky #RealTimeChem #Chemistry

My arcane and curious connection to metal-organic frameworks Fernando Gomollón-Bel uncovers a link between his hometown and the 2025 Nobel prize in chemistry

Hey #Chemsky! Here’s a curious connection between Nobel prize winning metal-organic frameworks, Mudéjar art and my hometown of Zaragoza, in Spain. Discover my latest opinion piece for @chemistryworld.com: www.chemistryworld.com/opinion/my-a... 🧪 #Chemistry #NobelPrize #History #MOFpapers

I hope you enjoy my latest opinion piece for @chemistryworld.com – massive thanks to @emmapewsey.bsky.social for believing in its potential! Here's the super pretty crystalline structure:

My arcane and curious connection to metal-organic frameworks Fernando Gomollón-Bel uncovers a link between his hometown and the 2025 Nobel prize in chemistry

The connection between Nobel-prize winning MOFs and Mudéjar maybe goes beyond beautiful geometric structures – @davidfairen.bsky.social believes the first ever metal-organic framework could be a compound discovered in my hometown, Zaragoza, in 1973. www.chemistryworld.com/opinion/my-a...

¿Os acordáis de que estábamos montando una pequeña expo sobre el #lobo? Por el camino se nos ha sumado un montón de gente bonita y ya (casi) existe. Tenemos sitio y fecha, apuntad 💚

@fondolobo.bsky.social @agata.agency @adarasanchez.bsky.social @claracervino.bsky.social #anafernandezpero #cesargil

The image shows the members of the ASTERISK team.

✳️ We are launching the blog section of our website with some basic, but essential information:

What is the objective of ASTERISK and who is involved in the project? 👥

📖 We encourage you to read the full content on our website!

🔗 Link here asteriskproject.eu/asterisk-rec...

Photocatalytic process converts carbon dioxide into ethylene with 99% selectivity New process uses light and gold nanoparticles to hydrogenate carbon dioxide into key chemical feedstock

My latest for @chemistryworld.com on a catalyst to convert carbon dioxide and hydrogen into ethylene with 99% efficiency and selectivity. With comments from @alextbarth.bsky.social and @casadevallcarla.bsky.social: www.chemistryworld.com/news/photoca... #ChemSky @science.org 🧪

I’m done 👇

No había visto un tuit tan definitorio de esta Españita nuestra desde aquella joya del otro lado que ahora no encuentro:

“España es un señor dando de comer a los patos, apoyado en el cartel de prohibido dar de comer a los patos, quejándose de lo gordos que están.”

Mystery solved: Jackson Pollock used manganese blue in famous 1948 painting Scientists discover and characterize previously unidentified pigment in the artist's palette

Science! Art! @bethanyhalford.bsky.social!
Three of my favorite things
🧪#chemsky

Aw, thanks! 😊

Wohooo! 🥳 My article on new photochemical reactions to convert CO₂ into ethylene is now among the top three most read in @chemistryworld.com 📈 Thanks everyone for reading and sharing. If you want to learn more about it, click here: www.chemistryworld.com/news/photoca... @science.org #ChemSky 🧪

Photocatalytic process converts carbon dioxide into ethylene with 99% selectivity New process uses light and gold nanoparticles to hydrogenate carbon dioxide into key chemical feedstock

My latest for @chemistryworld.com on a catalyst to convert carbon dioxide and hydrogen into ethylene with 99% efficiency and selectivity. With comments from @alextbarth.bsky.social and @casadevallcarla.bsky.social: www.chemistryworld.com/news/photoca... #ChemSky @science.org 🧪