Simone

TAS 2 @ThermoFisher | from (nano)materials science to supramolecular organic chemistry | @FarinolaGroup, @lab_carbon and @giuliosflask 's lab alumn | he/him

[Simone @simonedinoja]

@ClaudiaBonfio @CamBiochem @CorpusCambridge Congratulations Claudia! So happy for you and the team! 😁🥳

[Simone @simonedinoja]

@marina_gar_ser @lab_carbon @AlexCriado Congrats Marina! 🥳

[Simone @simonedinoja]

@LaboLutz @SamoSvetlana @gradcscunistra Congratulations Svetlana!! 😃

[Simone @simonedinoja]

And this is the cherry on top of the cake! 🍰
I have been nominated by @SciGiovani for #PremioLevi2022! 🥳
If you want to listen to me (in 🇮🇹) about my work on CPL-active carbon nanodots conducted during my PhD in @lab_carbon at @UniTrieste @DSCF_UniTS, check the video here!👇

[SCI Giovani @SciGiovani]

🏅PREMIO PRIMO LEVI 2022: i finalisti!🏅
Terzo giro di presentazioni: oggi è il turno di @simonedinoja di @units @dscf units ed il suo lavoro candidato al #PremioLevi2022
Video >>> https://t.co/Ntr6z0a7tf

[Simone @simonedinoja]

Aprite il thread per vedere chi c'è tra i finalisti del Premio Levi 2022 (spoiler: uno di loro sta scrivendo questo tweet🥳)

[SCI Giovani @SciGiovani]

E' con grande piacere che il Consiglio Direttivo del Gruppo Giovani annuncia i 10 finalisti del PREMIO PRIMO LEVI 2022, chi sarà quest'anno a ricevere questo riconoscimento? Scopriamolo nei commenti! (1/n)

[Enxu LIU @enxu_liu]

Best gala ever sitting with all the talented people @simonedinoja @MarcoOvalleMA and others are not on tweeter from Prof. Jean-Marie Lehn’s group and Prof. Alberto Credi’s group. And of course with the one and only @sirfrasersays 😉
Photo credit @AmineGarci1

[Simone @simonedinoja]

It’s done! Thanks to the #ISMSC2023 organizers for the opportunity of this flash presentation! If interested in our molecular machines acting as nano-refrigerators, you can pass by and have a chat at poster T36 😄

[Simone @simonedinoja]

@ClaudiaBonfio happy belated birthday Claudia! 🥳

[Simone @simonedinoja]

@ArthurHGDavid @ChemEurJ Thank you for your appreciation! 😃

[Simone @simonedinoja]

Unidirectional movement in molecular machines can afford high-energy states' formation, resulting in an overall endergonic reaction. What is the energy content of such non-equilibrium states? You can read it in @ChemEurJ on our❄️cold❄️molecular machines https://t.co/SbCq69pARC

[Simone @simonedinoja]

@Rockopompelo @marina_gar_ser @lab_carbon @giuliosflask @UniTrieste @unistra Thank you Jorge! 😃

[Simone @simonedinoja]

(rephrasing this to better clarify: to the best of our knowledge, calorimetry measurements have been employed for the first time to monitor the dethreading process phenomenon!) 🤓

[Simone @simonedinoja]

🌡️Operating the machine under dissipative conditions, we measured the heat exchanged during the dethreading process, confirming experimentally by calorimetry (first measurements in this field!) that these systems absorb heat acting like small instant ice packages! 🧊🧊

[Simone @simonedinoja]

🙏 Huge thanks go to my former colleagues @marina_gar_ser, Lorenzo, and the entire @lab_carbon. And of course, to @giuliosflask for leading this work and constantly supporting me between @unitrieste and @unistra!

[Simone @simonedinoja]

🌡️Operating the machine under dissipative conditions, we measured the heat exchanged during the dethreading process, confirming experimentally by calorimetry (first measurements in this field!) that these systems absorb heat acting like small instant ice packages! 🧊🧊

[Giulio Ragazzon @giuliosflask]

If you want to advance the frontiers of knowledge in non-equilibrium systems, my group might be the right place for you! 🧪

Our team looks for 1 #Postdoc and 1 #PhD student.

Info on positions and application below 👇(1/4)
@ERC_Research

[Simone @simonedinoja]

@Surashree24 @DDasLab 2/2 energy state, leaving unaffected the transition state, which depends mainly by steric factors (the hindrance of the substituent group onto the phenyl ring)

[Simone @simonedinoja]

Do you want to know what out-of-equilibrium molecular machines⚙️and instant ice packages❄️ have in common?🤔So please, stop by and have a look at my #RSCPoster ! Glad to answer your questions😃

The whole story can be found here https://t.co/820BYUVCN2

#RSCNano #RSCOrg #RSCPhys

[Simone @simonedinoja]

@Surashree24 @DDasLab 1/2 Hi Surashree, thanks for the question! The interaction between the macrocycle ring and the stations occurs essentially via H-bonding. We thought that by changing the solvent from a competitive one like CD3CN to CDCl3, we could stabilize thermodynamically the high