Clara Chinchilla

PhD student in Nanoscience and Nanotechnology at @ICMol_UV @FuniMat

[Universitat València @UV_EG]

Un equip investigador de l’ICMol desenvolupa un material que activa reaccions químiques amb llum visible i sense metalls nobles 🔬💡

https://t.co/nytei0CY92

[Asociación RUVID @asociacionruvid]

⚗ Desarrollan un material que activa reacciones químicas con luz visible y sin metales nobles https://t.co/C3ZcAvxXpr

Estudio liderado desde el Instituto de Ciencia Molecular (ICMol) de la Universitat de València.

[Natalia Muñoz Padial @NataliaMPadial]

After a long journey, it’s finally out. Huge thanks to everyone involved for their incredible work, especially @FuniMat @Clarach84 @evariverachao and @MiguelGM1984. Hope you enjoy it!

[ICMol @ICMol_UV]

A research team at @FuniMat @UV_EG has developed a porous material that activates chemical reactions using visible light, without noble metals, external additives or additional photosensitisers.
Published in Chem, the study opens new routes towards more sustainable photoredox catalysis.

Info: https://t.co/6kT6iGOsm5

Article reference: Chinchilla-Garzón, C. et al. (2026). “Cluster-enabled control of single-electron photoredox catalysis in reticular frameworks”. Chem.
🔗 https://t.co/aSnXKC8S5J

[Chem @Chem_CP]

Online now: Cluster-enabled control of single-electron photoredox catalysis in reticular frameworks https://t.co/l9ChLlT5i9

[Universitat València @UV_EG]

L’equip FUNIMAT de l’ICMol aconsegueix estabilitat i flexibilitat en materials porosos inspirats en sistemes biològics

🔗https://t.co/nOoNGqFvJ2

[FuniMat @FuniMat]

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

[Chem @Chem_CP]

Online now: Synthetic amino acids for programming adaptive response in pyrazolate peptide frameworks https://t.co/LMo4I3sogH

[Naned_project @NanedP]

Fantastic collaborations between the @IITalk_projects group of @NanedP and @FuniMat lab!
Synthetic amino acids for programming adaptive response in pyrazolate ... https://t.co/6uBZNrJaRY

[ICMol @ICMol_UV]

The @FuniMat team at the ICMol @UV_EG achieves stability and flexibility in porous materials inspired by biological systems.
A new strategy combining synthetic amino acids and MOFs opens the door to programmable porous materials with adaptive behavior.

🔬 Published in Chem: https://t.co/8wUJUKVaTG
More info: https://t.co/M6vLUTCXuj

#MaterialsScience #MOFs #ICMol #Research

[ICMol @ICMol_UV]

🔬 Postdoc position available!
@FuniMat is hiring a Postdoctoral Researcher in Chemical Engineering to work on MOF-based CO₂ capture & conversion, scale-up and process validation under realistic conditions.

More info: https://t.co/9sLLCGq8fT

📍 Valencia, Spain
📩 Apply: [email protected]

#Postdoc #ChemicalEngineering #CO2Capture #MOFs #ResearchJobs #ICMol

[FuniMat @FuniMat]

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 ⬇

https://t.co/rHFnCPVYl0

[Universitat València @UV_EG]

UV | Un nou estudi de la #UV i del @ICMol_UV ha desenvolupat un nou material capaç de capturar CO₂ en ambients amb alta humitat sense perdre eficàcia, el que suposa un significatiu avanç en el repte de descarbonització i una necessitat industrial. 

https://t.co/qsroH7BWIH

[UCC+i UV @CdCienciaUV]

#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” https://t.co/yO9k7GH81Y

[ICMol @ICMol_UV]

@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: https://t.co/xMmmabfhzC

#ERC #ProofOfConcept #CarbonCapture #CO2 #Decarbonisation #AdvancedMaterials #ICMol #UniversityOfValencia #ClimateTech

[ICMol @ICMol_UV]

“La cristalografía nos permite conocer la composición de los materiales y la relación entre sus propiedades y estructura”.
@Clarach84 (@FuniMat ICMol), en entrevista con @UV_EG : https://t.co/4a9bwYQjQB

[FuniMat @FuniMat]

Out in @J_A_C_S
Adaptive pore environments enable enantioselective drug recognition in #MOFs
Click chemistry allows fast, covalent grafting of short peptidic chains.
A new route to guest-responsive chiral cavities

[Universitat València @UV_EG]

Clara Chinchilla, guanyadora del Premi Xavier Solans - Bruker 2025, investigadora predoctoral de l'@ICMol_UV
(UV-CSIC), ha rebut aquest guardó que convoca @GE3C_RSEQF i que reconeix la millor labor investigadora de l'àrea de cristal·lografia.

[ICMol @ICMol_UV]

🏆 Xavier Solans Award 2025
Congratulations to @Clarach84 (@FuniMat group @UV_EG ) for her research contribution to crystallography.
Awarded by @GE3C_RSEQF , @RSEQUIMICA , @RSEF_ESP and @bruker . 🔬👏👏

[photospinner @photospinner]

Merry Christmas and happy holidays from Photospinner to everyone! 🎄✨🎁 Wishing you joy, peace, and a bright end to the year. 🌟🔬 See you with more news in 2026! 🚀🎉