Anjali Sharma - @anjalisharma.bsky.social
@anjali_physics
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Senior Editor @NatureComms #SoftMatterPhysics Former postdoc @TheRogersLab @BrandeisU Former Ph.D. @uni_lu @ESMP_unilu #Liquidcrystals Views are my own!
Berlin
Joined July 2015
How biological motors achieve maximum efficiency https://t.co/JME6UZl747 via @physorg_com
phys.org
Inside nearly every cell of your body, the tiny F1 motor works non-stop to create adenosine triphosphate (ATP), the universal energy source that powers almost every action you take—from breathing to...
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Thrilled to see our collaborative work out in @PhysRevLett. @APSphysics @AvHStiftung @SFU @guptadeepak.bsky.social @TohokuBiophys @DavidASivak
Our new PRL paper was featured in Physics Magazine by APS. It was a joyful and stimulating collaboration with @DavidASivak group. https://t.co/9X39uHKsgX How a Molecular Motor Minimizes Energy Waste https://t.co/zOX3TAsljc
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Check out our recent work showing how environmental fluctuations let biodiversity beat the resource count, with peak diversity at intermediate competition. @_dzanc @SamirSuweis @DFAUnipd @LIPh_Lab @AvHStiftung @tuberlin.bsky.social
A path-integral solution of consumer-resource models shows that #SpeciesDiversity peaks when competitors moderately outnumber resources but collapses when they far exceed them, echoing #biodiversity patterns in real #ecosystems. Read the paper: https://t.co/kr51072xwi
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Thermodynamic cost of recurrent erasure https://t.co/Pu7k8rbFaN
nature.com
Communications Physics - Understanding the thermodynamic cost of resetting via time-varying harmonic traps has many parallels to the finite-time Landauer erasure principle, which sets a bound on...
Check out our recent work on Thermodynamic Cost of Recurrent Erasure published in @CommsPhys ( https://t.co/f0o7FE7KN5)! Fantastic collaboration with @KristianSOlsen (@HHU_de), and SupriyaK (@Stockholm_Uni). @SoftNordita #research @AvHStiftung
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I will be attending the 2nd European Fluid Dynamics Conference in Dublin from August 26 to August 29, 2025. Feel free to reach out if you will be attending as well. #Fluids #Softmatter #physics @NatureComms
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Our article on Stochastic Resetting, in collaboration with @arnab_non_eqm (@IMScChennai ) and A. Kundu (@ictstifr), has been selected in the JSTAT 20th Anniversary Retrospective collection. @IOPscience #Physics. @LIPh_Lab @DFAUnipd
JSTAT, on its 20th anniversary, has published a spl issue showcasing influential articles since their inception. Our work on Resetting was selected as one of them, moment to cherish. Here's the entire collection: https://t.co/UvOcsbxCri
@IMScChennai
@PhysicsNews @ictstifr
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This study presents a @Conditional #Neural Field Latent Diffusion model that efficiently simulates #complex spatiotemporal dynamics in turbulent systems, even within challenging 3D irregular domains @NatureComms
📣 Excited to share our #CoNFiLD work (Conditional Neural Field Latent Diffusion Model for Transient Turbulence) is now published in Nature Communications! Check it out here: https://t.co/5g98ZG0TDY.
#FluidDynamics #GenerativeAI #DigitalTwins #AI4Science #CoMSAIL
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I will be visiting IISc Bangalore @iiscbangalore on January 3rd and 4th. Feel free to reach out to me at anjali.sharma@nature.com if you would like to have a chat! @NatureComms #SoftMatter
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The authors @NEST_Lab_CityU discuss the extremely quick bounce seen when #droplets containing a particle impact a surface, achieving a contact time of only 0.3 milliseconds with an elastic particle and 0.05 milliseconds with a rigid #particle @NatureComms
https://t.co/AK1pUHpzpE
nature.com
Nature Communications - It is essential to have a short contact time for self-cleaning, anti-icing, anti-fog, heat transfer, droplet manipulation, and energy harvesting. In this study, the authors...
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The authors @SmalyukhG report on #biaxial properties in a system of #colloidal rods with designed surface anchoring doped into a chiral #nematic host. @NatureComms #GettingApplied #Softmatter #LiquidCrystals
https://t.co/B6fRlK7aWn
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Our 3-year #research journey has culminated in a #publication in @softmatter, "Dynamics of switching processes: general results and applications to intermittent active motion," is now out. Grateful to co-authors @KristianSOlsen @ionfeeldcharge #Physics
https://t.co/hlMuwHYHfF
pubs.rsc.org
Systems switching between different dynamical phases is a ubiquitous phenomenon. The general understanding of such a process is limited. To this end, we present a general expression that captures...
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Anyone on Bluesky? I just joined with "
https://t.co/k8N6AH82Fv" and it seems like (copying from a post ) everyone on that site has a library card. #Bluesky
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The submission deadline for the #Swarm intelligence- Collective motions from biology to robotic collection @NatureComms @CommsPhys @CommsEng @natureportfolio is extended to 28 February 2025. Feel free to reach out with your #collection related questions #ArticleCollection
What can we learn from swarm behavior and implement it to perform diverse tasks in various environments? @NatureComms calls for papers on Swarm Intelligence #Swarm #intelligence #Collective #Collections Learn more about the collection: https://t.co/hvWu9wAvf7
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This study investigates the factors affecting #swarm movement, revealing that solutal buoyancy drives their motion, with potential #biomedical applications like targeted drug delivery #Swarms @NatureComms @ShuqinChen5 @SamuelNanobots #collectivebehaviour #nanomotors
Collective buoyancy-driven dynamics in swarming enzymatic nanomotors https://t.co/aMfJAkiKjF
@SamuelNanobots
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Liu et al. report a dynamic #photomask using electrically stimulated nematic #liquidcrystals, which provides reconfigurable diffraction #patterns, simplifying #microstructure #fabrication with enhanced flexibility and precision. @NatureComms
https://t.co/7DHDbTeUYo
nature.com
Nature Communications - Lithography technology enables the creation of intricate microstructures by projecting patterns from fixed templates onto samples. Liu et al. report a dynamic photomask...
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Study @NatureComms demonstrates that body orientation change (BOC) as a visual cue enhances coordination in fish schools and #robotic #swarms, improving #collective responses #GettingApplied
https://t.co/LlZbUXDsCh
nature.com
Nature Communications - Collective motion in nature, such as flocking or turning, arises from local interactions between individuals, but vision-based mechanisms often struggle to capture critical...
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Zhang et al. present a #liquidcrystal mediated technique that creates an elastic #piezoelectric #nanomembrane with double noise reduction, offering promise for auditory system reconstruction and #acoustoelectric conversion applications @NatureComms
https://t.co/IVn4dBw7Ie
nature.com
Nature Communications - Creating flexible acoustoelectric devices with ultrathin thickness, high elasticity, stable conductivity, and high electromechanical energy conversion capability poses a...
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The authors propose a #nonequilibrium lattice model showing that the #asymmetric switching dynamics result from an interplay between dissipation within core units and cooperative coupling, enabling sensitive and rapid #signaling responses. @NatureComms
https://t.co/Q7a2yCa10M
nature.com
Nature Communications - The Escherichia coli chemoreceptors form a cooperative array that controls the activity of histidine kinase CheA, which drives chemotaxis signaling. The authors propose a...
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Pan et al. introduce an approach using ferroelectric nematic #fluids to achieve #nonlinear wavefront shaping, offering reconfigurable control over structured light fields for advanced #photonic applications, out now @NatureComms #GettingApplied
https://t.co/bhgebCJXLQ
nature.com
Nature Communications - The challenge of simultaneously manipulating multiple degrees of freedom of light is central to photonics due to its wide range of applications. Pan et al. introduce an...
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