giacomo_bART
@giacomobART1
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I love biophysics, jazz and poetry. Especially when mixed together.
Joined January 2021
(This is likely my last post on X, I've moved to bluesky 🦋). Getting cheesy! Thrilled to share a fun project carried out with some of my best friends and amazing scientists ❤️.
Ever had a argument with an Italian about making Cacio and Pepe pasta? Thanks to our new preprint, you can impress your pasta-eating friends @giacomobART1 @ivandt94 #softmatter #physics #pasta
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RT @ricard_sole: Is evolution predictable or highly contingent? This new @RSocPublishing paper explains why life here & elsewhere might be….
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What sets the size of active droplets? Which factors affect their ripening and facilitate division? Why is Jonathan so smart?. In a project with @jona_baue himself, the @WebersGroup Frank Jülicher and @BoekhovenLab we delve into these profound questions
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RT @RicardAlert: 👉What do active fluids have to do with Chartres cathedral? We discovered that active turbulence can produce arrested labyr….
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RT @BoekhovenLab: Oops, we did it again!. After the hugely successful carbodiimide-fueled reaction cycle, we wondered,."Can we build a simi….
nature.com
Nature Communications - Despite the importance of dynamic phosphorylation in biology, enzyme-free, synthetic systems that use dynamic phosphorylation to regulate supramolecular processes are...
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Our paper on the interplay between phase separation and biomolecular assembly has been brought to @eLife! . Thanks @HaugerudIvar, @WebersGroup and @MichaelsLabETH!. Video: the volume fraction of assemblies of size i evolve in two coexisting phases
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RT @RicardAlert: 👉New preprint! Active nematics flow spontaneously, driven by their own constituents like molecular motors or cells. Wherea….
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RT @ricard_sole: How close are living systems to optimal states? In our new paper in @PhysRevResearch with @artemyte and @JordiPinero we se….
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Very grateful for participating in this great conference among amazing friends and colleagues!.
Happy to see a lot of familiar faces on the second day of the workshop!😉 Stimulating scientific discussions with our collaborators Dieter Braun @LMU_Muenchen, @andremassing, @BoekhovenLab, and @giacomobART1.
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RT @WebersGroup: 📢 Happy to share that our paper on how wet-dry cycles can speed up and select chemical reactions is published! https://t.c….
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RT @WebersGroup: Conference alert: Please RT.Registration is open for the workshop "Dynamics of Interfaces: From applied math to physics an….
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RT @adriana_serrao: What happens when a pool of random DNA sequences replicate? What sequence patterns emerge? Do initial biases propagate?….
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If only "came up with silly puns" could count as author contribution. Check out this post in which @AlexMBergmann and I recapitulate the origin and the history of a fantastic collaboration between the @BoekhovenLab and @WebersGroup.
communities.springernature.com
Dissipative structures are governed by non-equilibrium thermodynamics. Here, we describe a size-dependent transition of active droplets into active spherical shells–a dissipative structure that...
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RT @BoekhovenLab: Our work on spherical shells was highlighted by the editors at @NatureComms!
nature.com
Here, we provide a snapshot of exciting work published in materials science and chemistry. From new forms of matter to well-known materials, topics include ...
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RT @ricard_sole: We are hiring. Do you want to work on designing complex ecosystems as a strategy against climate change, using synbio & ma….
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Our effort, together with @Adriana_serrao, Philipp Schwintek and the Braun and Mast lab has been… SELECTED for publication in PNAS!. Thanks @WebersGroup for the constant support during these years.
Congrats to all first authors @giacomobART1, @Adriana_serrao, and Philipp Schwintek 👏🏻 @LMU_Muenchen @uni__augsburg. We propose sequence selection based on phase separation cycles realized through sedimentation in a system subjected to the feeding of oligonucleotides. #MPoL
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The result of a fantastic collaboration between the @WebersGroup and the @BoekhovenLab is out on @NatureComms!. Check out the (w)hole story: Special thanks to @jona_baue, @CarstenDonau and @AlexMBergmann.
nature.com
Nature Communications - Dissipative structures are governed by non-equilibrium thermodynamics. Here, the authors describe a size-dependent transition from active droplets to active spherical...
Check out our work with @BoekhovenLab in @NatureComms on liquid spherical shells of active droplets. #MPoL
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RT @ChrKuttner: Liquid spherical shells. @BoekhovenLab & @WebersGroup et al. discover active spherical shells; a dissipative structure ar….
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Is impossible for me to express how precious this experience in Germany has been, personally and scientifically. I feel privileged and deeply grateful for the guidance of Chris and Frank, and for all the amazing people I met along the way! This has been a truly fantastic journey.
Congratulations to #MPoL PhDs @giacomobART1, @LahaSudarshana, and Jacqueline Janssen for successfully defending their doctoral thesis this year! 🎊
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