Marianna Barbieri
@M_Barbiieri
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PhD student in Materials Science and Technology @discunipd - supramolecular photocatalytic systems š”
Joined August 2020
Honored to host Prof. Schreiner for his #FrontiersinChemistry seminar: āOrganikers Poaching in Pnictogen Territoryā From phosphorus, arsenic to the first molecular Nā allotrope, he shared with @M_Barbiieri bold insights in this interview. Full video: https://t.co/ns4flmTELe
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Honoured to be awarded for the best communication! Amazing experience in Salerno at @SupraChemDays25 š¤© and for the next time Iāll manage to win Dr. Why quiz too š Thanks to the organizing committee for the organization!
It is always a pleasure to visit Salerno, this time especially: I saw old friends, made new one, presented brand new work (and won Dr,. Why quiz), while @M_Barbiieri won the best communication award! Thank you Paolo, Veronica, and all the others from the team!
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Glad to share my first First-author paper published in Advanced Functional Materials!š„³ We explored different photocatalysis by tuning the excited states through different assembly degree. You can find it in open access here: https://t.co/9mWZ4OqosU
@L_Dordevic
advanced.onlinelibrary.wiley.com
This work reports the self-assembly of a pyrene derivative intoĀ two distinct nanostructures and their application in visible-light photocatalysis. The two nanostructures exhibit completely different...
Excited to share our latest publication out in Adv. Funct. Mater. @AdvPortfolio! A supramolecular system that self-assembles into two distinct nanostructures, enabling tunable photocatalytic activity under visible light. Read more: https://t.co/ixOaQbRJip. Thanks @ERC_Research!
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Congratulations to all the finalist, but especially to Marianna (@M_Barbiieri)that won š„prize for her work (Matteo Cazzola Memorial Award) in innovation and sustainability! #proudadvisor Stay tuned for the published work...
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Our paper on the movement of soft hydrogels in photocatalysis is out! In this work we wanted to see what happens when porous soft materials have their pores opened or closed, or what happens when you cycle between these two states. https://t.co/BYPj9d967q
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š§Ŗ Produrre acqua ossigenata green grazie a un nuovo idrogel. Ricercatrici e ricercatori del @discunipd in collaborazione la @NorthwesternU hanno scoperto un idrogel che piĆ¹ efficiente la conversione della luce solare in prodotti chimici. > https://t.co/jV8wAFtIB6
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