
Hagan Lab
@HaganLab
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Computational and theoretical physics group studying assembly and dynamical organization in soft condensed matter systems at Brandeis University
Waltham, MA
Joined March 2018
New Publication 🚨 : Saptorshi Ghosh shows how to use optimal control theory to control structure, dynamics and function of active materials using light signals. Check it out :[ @BrandeisMRSEC
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New Publication 🚨 : Saptorshi Ghosh shows how to use optimal control theory to control structure, dynamics and function of active materials using light signals. Check it out : @BrandeisMRSEC
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New Publication 🚨 : @LayneFrechette shows how active matter, which consumes energy to create persistent and directed motion, can be harnessed to create dynamic assemblies with tunable sizes, shapes, and motion. Check it out : @BrandeisMRSEC
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"Data-driven discovery of active nematic hydrodynamics", recent preprint from our lab by @joshiChaitanya3 , in collaboration with @dogiclab . @BrandeisMRSEC @BrandeisLS @BrandeisScience.
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Our recent publication on activity-driven vesicle shape transformations by @mattsepeterson was featured on the @NatureComms Editors' Highlights for Applied Physics and Mathematics! .See other featured papers here:
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Active nematics confined in vesicles? .Join Sarvesh talk at #apsmarch Chicago today to learn more about his research in collaboration with @mattsepeterson and @TU_Muenchen @NorthwesternU @UCSBPhysics. Tuesday, March 15, 2022, 5:36PM - 5:48PM.
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RT @ThomasGFai: Then on Friday, @ylleksseG will present our joint work with @TheSquishyLab on modeling the transition from localized to ex….
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#activematter .Shape fluctuations of fluidized vesicles driven by dilute active nematics. Instabilities of 3D dry active nematic liquid crystal.
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#selfassembly #capsids.Capsids under compression. Optimization of non-equilibrium self-assembly protocols using Markov State Models.
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#selfassembly #nanotubes.Multispecies tilings increase the accuracy in assembly of self-limited structures. Understanding the mechanism of self-limited assembly of tubules using Monte Carlo simulations.
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#selfassembly #DNAorigami.Assembly kinetics of synthetic capsids made from DNA origami. Programmable self-assembly of nanotubes using DNA origami nanoparticles.
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Check out #selfassembly and #activematter talks by our lab members and our collaborators in .@fradenlab and @TheRogersLab @APSMeetings ! Links in the following tweets (1/6) .@ApsDsoft @BrandeisMRSEC @BrandeisLS @BrandeisScience
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RT @mattsepeterson: Our paper on activity-driven vesicle shape transformations was featured on the @NatureComms Editors' Highlights for App….
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