Natalia Muñoz Padial

We had @carne_arna55993 pushing the boundaries of MOPs at the stage of #MOF2026 and showing us how melt-processable materials with excellent porosity are made 🔥

With @Eddaoudi_FMD3 we did not developed one, but two complementary routes to free up space in #MOFs. Acid washing or imidazole substitution happen in a single crystal to single crystal way, leading to porosity increase up to 50%. ⬇️check it out⬇️ nature.com/articles/s4155…

SCAFFOLD REMOVAL.💎 In the past years we developed a #MOFs synthetic approach inspired by #architecture, adapted and applied to the molecular scale. We've been asked since then if these molecular scaffolds are removable. Yes, they are! fresh off the press in @NatureChemistry

From the studio to the stereo April 24th. FooFighters.lnk.to/yourfavoritetoy Photo by Elizabeth Miranda

Logran estabilidad y flexibilidad en materiales porosos inspirados en sistemas biológicos tinyurl.com/5a37ea8s Un estudio del grupo de investigación en Materiales Inorgánicos Funcionales (FUNIMAT) del Instituto de Ciencia Molecular (ICMol) de la Universitat de València.

Out in @Chem_CP we integrate conformationally flexible peptides into pyrazolate frameworks using bispyrazolate amino acid dipeptides The amino acid side chain controls dimensionality and guest-response A versatile route to programming adaptive porosity

Congratulations to @jesuscases97 (@CEL_group ) on successfully defending his PhD thesis titled “Chemical versatility in Metal-Organic Framework Composites via Biocompatible Synthesis”! 🎉👏 Supervised by Mónica Giménez Marqués #PhDDefense #MOFs #WeAreICMol

[First first author paper] Our PhD student, Ayana Miyata, published her work on 1D vdW porous fibrils assembled from MOPs in @J_A_C_S!! Her dedicated efforts and leadership led to this great achievement. Congratulations!! pubs.acs.org/doi/10.1021/ja…

Most Interesting Periodic Table I have Ever seen. ( @JoshAbraham )

Bienvenido a la #raciencias, @KokeLab Aurelio Mateo 😍 Gracias por esta charla sobre el futuro de la nanoelectrónica @RSEQUIMICA

High Charge Carrier Mobility in Non‐Conjugated 3D Covalent Organic Frameworks advanced.onlinelibrary.wiley.com/doi/10.1002/ad…

#ICIQJobs 🙌🏻 Join Prof. J.R. Galán-Mascarós' Group as Postdoctoral Researcher! @JRGM_ICIQ 🔸 Supervision and execution of electrochemical experiments under magnetic fields for OER and CO2RR electrocatalytic reactions. Apply 👉🏼 careers.iciq.org/jobs/7153924-p… #MAGNESIS #ERCSyG

Just out in Advanced Materials @AdvPortfolio! Joa-COF-2, an 11-fold interpenetrated 3D COF, exhibits a high mobility despite the absence of intraframework conjugation! Interframework π–π stacking enables efficient transport! advanced.onlinelibrary.wiley.com/doi/10.1002/ad…

📣El #GE3C concede el XV Premio Xavier Solans 🏅 a Clara Chinchilla Garzón del @ICMol_UV por su trabajo titulado "Structural Control of Photoconductivity in a Flexible Titanium-Organic Framework" publicado en la revista Advanced Materials" doi.org/10.1002/adma.2…

More info: links.uv.es/sVxN8R9

@FuniMat (@ICMol_UV @UV_EG ) will develop a new material for CO₂ capture under high-humidity conditions thanks to an ERC Proof of Concept @ERC_Research grant from the European Research Council. The project WETCAP, led by Carlos Martí Gastaldo, head of the FUNIMAT group at the @UV_EG, is based on the material MUV-92, which maintains a high CO₂ capture efficiency even in the presence of water vapour, one of the main challenges in current decarbonisation technologies. More info: icmol.es/new.php?pas=11… #ERC #ProofOfConcept #CarbonCapture #CO2 #Decarbonisation #AdvancedMaterials #ICMol #UniversityOfValencia #ClimateTech

#UVCiència @UV_EG @ICMol_UV @FuniMat @Clarach84 Clara Chinchilla (ICMol): “La cristal·lografia ens permet conéixer la composició dels materials i la relació entre les seues propietats i estructura” uv.es/uvweb/unitat-c…

Postdoctoral position open in Chemical Engineering (process-oriented, not MOF chemistry). CO2 capture & conversion: scale-up, monoliths/beads, flow reactors, PSA/VSA. RTs welcome Details ⬇ drive.google.com/file/d/1Q4ipxQ…

Congratulations to Eloy Pablo Gómez de Oliveira on successfully defending his PhD thesis titled “Control compositional y estructural en MOFs de titanio: átomo, clúster y red”. @UV_EG @ICMol_UV @FuniMat Supervised by Natalia Muñoz Padial and Carlos Martí Gastaldo. 🎓✨

Today we celebrated the successful PhD defense of @EloyGomez1991 Congratulations on the work carried out and on reaching this important milestone Eloy! Thanks to @JorgeAR_Navarro @anaplateroprats and @felipegandara80 for their time and insightful comments during the defense.