Clara Chinchilla
@clarach84
PhD student in Nanoscience and Nanotechnology at @ICMol_UV @FuniMat
ID: 1280981828577394688
08-07-2020 21:47:38
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Check our feature article in Chemical Communications celebrating the journal’s 60th anniversary with the use of tetrazine-based linkers as intrinsically tagged alternatives to integrate #MOF post-synthetic modification with click chemistry pubs.rsc.org/en/content/art…
Kudos to Guillermo Gómez Tenés , Pol Gimeno & alechania for spearheading this effort alongside with Clara Chinchilla , Víctor and Larisha Yanira
😳 La historia de Vicente Martínez (Vicente Martínez), valenciano y arbitro Liga Endesa, durante los días posteriores a la DANA. 🗣️ La semana de la catástrofe, fue el colegiado del HIOPOS LLEIDA - MoraBanc Andorra. 📻 Escucha el programa entero aquí: esradio.libertaddigital.com/fonoteca/2024-…
Happy to share part of my master's thesis published!! Chimie ParisTech | PSL #iCLeHS CTM Group Chimie ENS Jules Schleinitz pubs.acs.org/doi/full/10.10…
We’re hiring a Postdoc for the European Research Council (ERC) funded LIVINGPORE project. Lead groundbreaking research on enzyme encapsulation using #MOFs 1-year full-time, extendable to 3 PhD in Chemistry, Biochemistry or related field required drive.google.com/file/d/13vCn4g…
Out in Advanced Materials Advanced Portfolio News! Our latest work where we demonstrate how structural flexibility in titanium frameworks can be used to control photoconductivity in porous crystals
🚀 We are live at #Science4Industry2025 ! 📍La Nave Come visit the SOMM alliance space and explore the cutting-edge innovations from ICMol! 🔬✨ 🔹 FuniMat Group | PhotoSpinner: accelerating photochemistry 💡photospinner A 3D-printed photoreactor making
📢 Have you seen María Tamayo video yet? 🎥✨ It’s part of a national science contest where young researchers have 3 minutes to explain their work! The video with the most likes wins, so if you enjoy it, drop a like here ⬇️ youtube.com/watch?v=C_lTtQ…
Out in Advanced Materials Advanced Portfolio News in open access We introduce a solvent-free strategy – no solvents, no redox, no counterions – to program defects by simply heating frameworks with volatile linkers in a thermal analyzer. This route enables stable Fe(II) vacancies