Marco Faustini

#Nano Engineer at @Sorbonne_Univ_ @InstUnivFr

[Marco Faustini @MRCFaustini]

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
https://t.co/gj5UtCUfdy

[C'Nano - CNRS @CNano_national]

Bravo aux https://t.co/WmBCLrsR4D du prix de thèse 2024 du C'Nano ! Nous sommes https://t.co/Suu9ROVjSh de vous entendre* lors du congrès #CNANO25
🏆 Kangkang GE*
🏆 Fanny THORIMBERT
🏆Maëlle BENEFICE*
🏆Corentin DABARD*
🏆Amine KHITOUS*
🏆 Elodie CARNEIRO*

[Sorbonne Université @Sorbonne_Univ_]

#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

[Chemical Communications @ChemCommun]

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

https://t.co/h5qirBMnCn

[FalcaroGroup @FalcaroG]

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: https://t.co/9g58c8Y4lY
#PhD: https://t.co/YJtwE5rSSR
Please RT!🙏

[Marco Faustini @MRCFaustini]

@ChemCommun

[Marco Faustini @MRCFaustini]

#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 https://t.co/8SSCFSjqIc

[Marco Faustini @MRCFaustini]

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!

[Marco Faustini @MRCFaustini]

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

[Marco Faustini @MRCFaustini]

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

[CNRS Chimie @CNRSchimie]

#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_
➡️ https://t.co/C2mgCTpvSV

[Marco Faustini @MRCFaustini]

@FalcaroG @miriam_jvh @Carraro_Fra @merlinatomica 😳

[Marco Faustini @MRCFaustini]

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

[Marco Faustini @MRCFaustini]

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 !
https://t.co/DosnM9aHk8

[Marco Faustini @MRCFaustini]

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

[Marco Faustini @MRCFaustini]

Giovanni not Giacomo ;)

[Marco Faustini @MRCFaustini]

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) ⬇️ https://t.co/Lij4pICWYu

[Marco Faustini @MRCFaustini]

(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

[Marco Faustini @MRCFaustini]

(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.⬇️