El Prof. Nazario Martín, catedrático del Depto. de Química Orgánica @unicomplutense y vicedirector de @IMDEA_Nano, recibe el Premio Nacional de Nanotecnología, otorgado por #NOB166.
+info: https://t.co/32nsy1ZjDw
To celebrate the 200th anniversary of benzene's discovery and its extraordinary legacy, we are excited to announce that @RoySocChem will release a thematic special issue edited by @FeringaLab and @nazariolab.
Read here "Benzene at 200", by Prof. Martín:
https://t.co/AWsYSCratt
Finally, a collaborative study on the reduction of a bilayer spironanographene with Na and K metals was accepted in @angew_chem
Congrats to @marinacuropi and @isra_group for their great work!
Full paper:
https://t.co/3uBEyj2hpk
Also, our work on the diastereoselective Scholl reaction of molecular nanographenes was accepted in @ChemicalScience
Check the whole publication here:
https://t.co/kWqiRskCtt
Our students Marina Iglesias and Víctor Pastor received the Best Poster Awards in the VII Symposium from UCM Master's degree in Organic Chemistry. Huge congrats to them!
We are excited to announce that we have a new doctor in the Department! 🎓🧪⚗️ Congratulations to Dr. Juan Lion Villar @LionVillar from @nazariolab on a brilliant and successful PhD defense! 👏🏻🎉 Wishing you all the best in your future research! 🔬✨
@quimicasUCM@unicomplutense
Check out our latest #OpenAccess publication in @NatureChemistry where we explore the remarkable properties of zwitterionic open-shell bilayer spironanographenes.
Huge thanks to all our collaborators!
https://t.co/YzF8CGtAVJ
Yesterday, we had the great pleasure of hosting Prof. Jarad Mason from @Harvard at @IMDEA_Nano
He gifted us with a fascinating talk about solid refrigerants and microporous water.
Our group members participating in the fantastic 3rd Conference on Advanced Materials in Spain (AMatS 2024) held in Valladolid this week. Jesus Navarro, @jepatinoa@CLopezValiente and @GHrehoret
Great work!!
BREAKING NEWS
The Royal Swedish Academy of Sciences has decided to award the 2024 #NobelPrize in Chemistry with one half to David Baker “for computational protein design” and the other half jointly to Demis Hassabis and John M. Jumper “for protein structure prediction.”
Este es uno de los trabajos #másimportantes que el grupo de investigación en Materiales Moleculares Orgánicos de #LaComplutense ha hecho en toda su historia: ✨ser #pioneros en controlar, a voluntad, la #quiralidad en un fragmento de grafeno, abriendo la posibilidad de escalarlo y desarrollar materiales con nuevas propiedades✨.
La #quiralidad se refiere a la #propiedad de ciertos objetos de no poder ser superpuestos exactamente con su imagen reflejada, como las manos, las tijeras, los zapatos...
Para @nazariolab, catedrático @quimicasUCM y director de este grupo de investigación, esta propiedad “es inherente a la naturaleza y, sobre todo, inherente a la vida”. Eso es fundamental para el desarrollo de #fármacos que no sean dañinos, y el ejemplo emblemático es la #talidomida, que si presentaba un tipo de quiralidad era útil para reducir los síntomas de las mujeres embarazadas, pero si tenía la otra quiralidad provocaba cáncer y malformaciones.
https://t.co/QfsgPL0SUf
#Enhorabuena
#cienciacomplutense
#calidadUCM
Alfonso and Fátima have done an excellent work on the kinetically controlled co-assembly of complementary PDIs!!! You can find the complete study in @ChemicalScience 👉 https://t.co/VImXfwW6i7
Han sido cinco días en los que hemos compartido mucho más que Ciencia. El espíritu de la Escuela Nacional de Materiales Moleculares sigue vivo gracias a todos los participantes. Nos vemos pronto 👋 #enmm2024