Marco Faustini

High Entropy Alloy nanocrystals are attractive for energy-related applications but shaping them into porous structures is too challenging! Not for @MariaLetizia_DM that developed a #solgel route toward porous #HEA. Out in @acsnano! @ERC_Research pubs.acs.org/doi/10.1021/ac…

Bravo aux lauréat.es du prix de thèse 2024 du C'Nano ! Nous sommes impatient.es de vous entendre* lors du congrès #CNANO25 🏆 Kangkang GE* 🏆 Fanny THORIMBERT 🏆Maëlle BENEFICE* 🏆Corentin DABARD* 🏆Amine KHITOUS* 🏆 Elodie CARNEIRO*

#Paris2024 Et une première médaille d'un étudiant sportif de Sorbonne Université ! 🥈 Félicitations à Thomas Chirault, étudiant à @PolytechSorbonn, qui vient de remporter une médaille d'argent à l'épreuve masculine de tir à l'arc par équipe ! 👏👏 #fierté

From our Pioneering Investigators collection 🎉 'Thermo-temporal physisorption in metal–organic frameworks probed by cyclic thermo-ellipsometry' by Marco Faustini and co. at @Sorbonne_Univ_ @MRCFaustini pubs.rsc.org/en/content/art…

Our group has 2 positions available to design and characterize novel #MOF composites! 🎉🎉 The dates, descriptions, and the application portal are in the links below: #PostDoc: jobs.tugraz.at/en/jobs/74cea9… #PhD: jobs.tugraz.at/en/jobs/c1c0ab… Please RT!🙏

Applied to MIL-101, the shape of the curves reminds the typical cyclic voltammograms. By this plot, the evolution of both adsorption and desorption rates for each cage/restriction can be monitored independently for increasing cooling/heating rate. Thanks to all the collaborators!

#MOFs are promising candidates for temperature-driven adsorption applications but how the rate at which temperature is varied affects these processes? H. Amyar introduces "cyclic ellipsometry" to explore sorption #kinetics in MOFs @ERC_Research pubs.rsc.org/en/content/art…

@dr_kuato @LingenfelderLAB @EPFL_en @NatureComms @LatinXChem @insunsam @ebynunsam @unsamoficial @CONICETDialoga very very interesting and useful for applications, congratulations to all the team!

Very proud of this exciting work made in collaboration with @LingenfelderLAB and JP Ansermet @EPFL_en Fascinating new effects of magnetic fields in electrocatalysis Ions count @NatureComms Enjoy it! @LatinXChem @insunsam @ebynunsam @unsamoficial @CONICETDialoga

@AdReNa_Lab @JPhysChem @Semilabzrt Thank you for this work, very useful!

#OutNow in @JPhysChem: our new manuscript on "Beyond the Meso/Macroporous Boundary: Extending Capillary Condensation-Based Pore Size Characterization in Thin Films Through Tailored Adsorptives" by Máté Füredi et al. in collaboration with @Semilabzrt 👇👇👇 pubs.acs.org/doi/10.1021/ac…

#chimie ⚗️ #ResultatScientifique 📕 🔎 l Comment utiliser la lumière pour orienter l’organisation de fissures au sein d’un film colloïdal 🤝 @CNRS_Paris @lcmcp_paris @MRCFaustini @Sorbonne_Univ_ ➡️ buff.ly/3SMxB0F

@FalcaroG @miriam_jvh @Carraro_Fra @merlinatomica 😳

With Chapolonas!!!

@miriam_jvh teaching us how to make authentic Mexican Tacos! Mariachi 🎶🎵

@Sorbonne_Univ_ @ScienceSorbonne @CNRSchimie @InstUnivFr @MpiciPotsdam @ENSdeLyon @LcEnsl @OdziomekMateusz @lcmcp_paris @CNRS_Paris @ED397_Sorbonne @NatureComms

@Sorbonne_Univ_ @ScienceSorbonne @CNRSchimie @InstUnivFr @MpiciPotsdam @ENSdeLyon @LcEnsl @OdziomekMateusz @lcmcp_paris @CNRS_Paris @ED397_Sorbonne

Crack formation typically results in random patterns. Our new doctor, Fanny Thorimbert, used #plasmonic absorbers and #light to program the #selfassembly and propagation of #cracks in colloidal films. @ERC_Research Out in @NatComms ! nature.com/articles/s4146…

Giovanni not Giacomo ;)

New paper out 🎉in situ IR ellipsometry applied to #art and #nano surfaces. In collaboration with @umr8220 we investigate the varnish ageing and swelling of the “Tranfiguration” of Giacomo Bellini (1) ⬇️ onlinelibrary.wiley.com/doi/10.1002/ad…

(4) Happy of this collaboration with L. De Viguerie and LAMS team, congratulations to H. Pasco! Thanks @Capodimonte_mus and @ED397_Sorbonne @DimRespore dim-map for funding

(3) we used our Infrared (IR) ellipsometry with environmental chamber to probe the chemical state, optical properties and swelling of the varnish in presence of water and organic vapors.⬇️