
Prathyusha K. R.
@krprathyusha
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Research Scientist @BhamlaLab
Georgia Tech, Atlanta
Joined July 2024
RT @GT_PoLS: Check out the full preprint, now posted to the @arxiv! Thanks to authors R. Sinaasappel, @krprathyusha, @TuazonHarry, E. Mirz….
arxiv.org
Biological and robotic systems often operate in confined environments where material must be gathered without centralized control. Inspired by the effective collection strategies of aquatic worms...
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RT @shigekomura: Professor Rudolf Podgornik, renowned physicist and biophysicist, passes away at 69
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Abstract deadline in two days! October 25 th. Focus Session: "Topological Complexities in.Slender Matter and its Applications" Session no: 02.01.19 (DSOFT). @itiwari93 @BhamlaLab @ApsDsoft.
@itiwari93, @BhamlaLab, I are organizing a focus session on "Topological Complexities in Slender Matter and its Applications" (@ApsDsoft, @APSphysics). We have exciting invited speakers @shucong_li_hhh and Stefan Karpitschka. Submit your abstracts by October 25.
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Congrats @AntoineDeblais and other winners. So proud of you :). I always thought it is a funny and clever idea to change the worm activity. A big achievement to active polymer and active matter community. Glad that we are already collaborating. 🥳🥳🥳.
Congratulations to Daniel Bonn, Antoine Deblais, Tess Heeremans and Sander Woutersen! They won an Ig Nobel prize for their research in which they investigate the behaviour of drunk worms as a particular form of active matter.
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RT @IoP_UvA: Congratulations to Daniel Bonn, Antoine Deblais, Tess Heeremans and Sander Woutersen! They won an Ig Nobel prize for their res….
iop.uva.nl
Daniel Bonn, Antoine Deblais, Tess Heeremans and Sander Woutersen have won an Ig Nobel prize for their research in which they investigate the behaviour of drunk worms as a particular form of active...
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RT @LivMatPhys: … always great to see majority women-authored papers in (especially theoretical) physics. Hopefully LMP @LivMatPhys will co….
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RT @LivMatPhys: Chemical activity, chemotaxis & steric repulsion work together to create complex dynamics in clusters of colloids/enzymes.….
journals.aps.org
Chemically active colloids or enzymes cluster into dense droplets driven by their phoretic response to collectively generated chemical gradients. Employing Brownian dynamics simulation techniques,...
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