Giuseppone Chemistry Research Group
@GiusepponeLab
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Exploring complex supramolecular systems and materials since 2008. "Nani gigantum humeris insidentes"
Strasbourg, France
Joined December 2019
RT @ERC_Research: 📣 Good news: 281 top researchers have just won ERC Advanced Grants!. The new funding, worth nearly €721 million, is part….
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We are pleased to release our last article published in.@NatureNano on the supramolecular polymerization of light-driven molecular motors. Université de Strasbourg, @CNRSchimie, @artmoma_h2020
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15 PhD positions open.Motorized nanomachines: fundamentals, innovations, applications.Academic labs (Feringa, Lehn, Diez, Simmel, Credi, Duwez, Giuseppone) and companies (Soprema, Syensqo).Details for applications available soon through EURAXESS website.
cordis.europa.eu
MonaLisa, a pioneering European consortium, is at the forefront of artificial molecular machine research, setting the stage for breakthroughs in chemical synthesis, nanotechnology, medical treatment...
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New paper out in @Nature. 😃. Designing molecular catalysts to produce mechanical work on all scales. Collaboration @GiusepponeLab / @ProfDaveLeigh .within ITN @artmoma_h2020. @CNRSchimie @CNRS_Alsace @InstUnivFr @MSCActions .
nature.com
Nature - A cross-linked polymer gel driven by artificial molecular motors transforms chemical energy into mechanical force, achieving powered contraction and re-expansion, demonstrating a...
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Scalable Approach to Molecular Motor‐Polymer Conjugates for Light‐Driven Artificial Muscles (Adv. Mater. 28/2024) - Yao - 2024 - Advanced Materials - Wiley Online Library
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Happy to announce that Mona Lisa project on motorized nanomachines has been granted. 15 PhD positions available soon @GiusepponeLab , @FeringaLab , Credi lab, Lehn lab, Duwez lab, @StefanDiezLab , Simmel lab, @SopremaEnt , @syensqo. @CNRSchimie.
The results are out! 128 doctoral programmes will receive €443M thanks to our 2023 Doctoral Networks call. 1900 🆕 researchers are set for their doctoral journey, gaining new skills in the 🇪🇺 and beyond!. ➡️ Next application round? 29 May! Stay tuned🚀
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RT @ProfDaveLeigh: Out now as an Accepted Article in @angew_chem, @StefanBorsley & @benjamino_acid review & discuss how chemistry can be dr….
onlinelibrary.wiley.com
Ratcheting is the mechanism by which stochastic molecular dynamics, and other random exchange processes in chemistry, can be directionally biased and driven away from equilibrium. In this Review we...
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RT @WaltherLab: Fresh on ChemRxiv:."Scalable Approach to Molecular Motor-Polymer Conjugates for Light-Driven Artificial Muscles" A five yea….
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RT @FeringaLab: Today, we mourn the loss of a dear friend, great scientist, and pioneer. We stand on his shoulders to see beyond what we on….
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Deeply honored by this very high distinction in research @CNRS. 🙏🏻 That Prize is fully shared with all past and present SAMS group members and collaborators. 🍾.@CharlesSadron @CNRS_Alsace @INC_CNRS @Unistra @InstUnivFr
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RT @CNRSchimie: #TalentsCNRS 🥈 | Félicitations à Nicolas Giuseppone qui reçoit la médaille d’argent du @CNRS 2024 !.Nicolas est enseignant-….
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RT @CNRS: #TalentsCNRS 🥈 Le CNRS a décerné 25 médailles d’argent en 2024. La médaille d’argent distingue des chercheurs et des chercheuse….
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Autonomous work of molecular motors can fully destroy beta-amyloid fibers! Thanks to Advanced Materials for publishing this work. Congratulations to first author Dania Daou in the framework of @artmoma_h2020. @CNRSchimie @CNRS_Alsace @unistra @InstUnivFr
advanced.onlinelibrary.wiley.com
A light-driven rotary motor is co-self-assembled in a β-amyloid-like structure forming supramolecular hydrogels. Upon UV irradiation, the work produced by the continuous rotation of the motor is...
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Many thanks to @FeringaLab for hosting us during this wonderful 3-day conference. We shared great science and true friendship. See you soon!.@artmoma_h2020
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RT @artmoma_h2020: After inspiring talks from @GiusepponeLab and @Natha_tweet labs yesterday, the @artmoma_h2020 final conference is resumi….
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RT @artmoma_h2020: The @artmoma_h2020 final conference is launched with a very instructive talk by Prof. @FeringaLab
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RT @ChemSocRev: From our collection on Mechanically Interlocked Materials: . "Daisy chain architectures: from discrete molecular entities t….
pubs.rsc.org
Daisy chain architectures, made by the self-complementary threading of an axle covalently linked to a macrocycle, represent a particularly intriguing family of supramolecular and mechanically...
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RT @jovana_v_milic: It has been a memorable event @Dynamic23_conf @MerkleInstitute - a great teamwork @SimonKrause39 bridging #DynaMIC comm….
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RT @MoranLabChem: Who knew that a completely French-speaking dinner with @JacobsenLab was on our 2023 bingo cards? Thanks @INC_CNRS and @CN….
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RT @angew_chem: Bending Actuation of Hydrogels through Rotation of Light-Driven #MolecularMotors (Giuseppone) @GiusepponeLab #OpenAccess ht….
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