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Posts tagged #Godec

🎉🍾 Congratulations to this outstanding honor to both of the awardees! Cai, it's great having you at our department in the #Godec Group! @mpi-nat.bsky.social 🤗

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A great week, all in all.

#kajplusesterzavedno #rtvslo #godec #mauss #sds #alkohol

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You may not like it, but this is what peak performance looks like.

#nažgani #godec #reberšek #mahnič #sds #nsi #alkohol

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What is the thermodynamic cost of transport phenomena in a stochastic environment? A fundamental lower bound is found in a recent paper by Cai Dieball and Aljaz #Godec published in @PhysRevLett. @CompBioPhys
Find a summary here 👇:
https://www.mpinat.mpg.de/4776999/news01_24?c=4124138

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Open Positions

Join the #Godec research group for a #PhDposition in “Theory of non-equilibrium stochastic many-body systems constrained by conservation laws“. Details are available here ⬇️: #hiring #JobAlert #job #mathematicalbiophysics #math #biophysics #PhD
https://t.co/h943SaXy2Z https://t.co/vQfJ7fWedN

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Heating and cooling are fundamentally asymmetric If you take a coin out of an ice bath, it warms up over time. Likewise, a hot coin that you have just taken out of a sauna cools down. The fact that systems, here the coin, thermally adapt to their environment is due to the heat flow that results from temperature differences. However, this adaptation process, called thermal relaxation, is much more complicated when large temperature changes bring a system far out of thermodynamic equilibrium.

A study of Aljaz #Godec, Cai Dieball @CompBioPhys, & colleagues @CanalUGR proposes a theory on #thermalkinetics, which explains why small systems far from thermal equilibrium heat up 🔥 faster than they cool down ❄. Read more here: 👇 #Mathbiophys
https://www.mpinat.mpg.de/4590800/rn_2401

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#mpinat_calendar 🎅🎁 – looking back on our X year 2023
The top tweet in Feb 2023 was a paper by Aljaz #Godec @CompBioPhys in @PhysRevLett. You can find the link to the publication & a summary in our post. In 2024, too, you will find all important research news from the #mpinathttps://t.co

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How can one prove thermodynamic uncertainty relations directly from the underlying equations of motion? This question is answered in the new paper by Cai Dieball and Aljaz #Godec published in @PhysRevLett. @CompBioPhys #mathematical_biophysics #Mathbiophys
https://t.co/mT8jPehwzk

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Interested in a #PhDposition at our institute? The research group of Aljaz #Godec @CompBioPhys is #hiring. Check it out👇. #mathbiophys #talentswanted #jobs #PhD twitter.com/CompBioPhys/status/16236...

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Congrats to Aljaz #Godec @CompBioPhys for his #ERCConsolidatorGrant🍾. With 2 million euros, the @ERC_Research will fund the physicist and his team for five years. Read more about their funded project HiddenBio: ⬇ #mathbiophys
https://www.mpinat.mpg.de/4370751/pr_2302

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Aljaz #Godec has been selected as a #HenrietteHerzScout by the @AvHStiftung: His task is now to propose outstanding international young scientists as fellows for his research @CompBioPhys. #MathbioPhys
https://www.mpinat.mpg.de/4269021/pr_2235?c=2499809

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New research article “First-passage statistics of colloids on fractals: Theory and experimental realization“ by Christoph Zunke, Jörg Bewerunge, Florian Platten, Stefan U. Egelhaaf, and Aljaž #Godec in @ScienceAdvances. #mathematical_biophysics @CompBioPhys @HHU_de @fz_juelich ⬇

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How can one correctly describe dissipation (a.k.a. irreversibility) when degrees of freedom are ignored?
This long-standing puzzle is solved in the new paper by David Hartich and Aljaz #Godec published in @PhysRevX.👇. @CompBioPhys #mathematical_biophysics
https://t.co/dDKkhGAc0x

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Cell adhesion is crucial for our life: It prevents us from degrading into a puddle of cells. In @PhysRevX the #Godec group @CompBioPhys now shows how avidity of adhesion receptors and strength of cellular adhesion is regulated by mechanics. #celladhesion https://www.mpibpc.mpg.de/18128420/pr_2123

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