@leidenforce.bsky.socialHow can a chemical reaction make a liquid surface oscillate?
When 2 reactants meet, they change the #SurfaceTension & create a #Marangoni flow. This motion can become oscillatory, revealing the close link between chemical reactions & #FluidDynamics.
@leidenforce.bsky.socialCharged water #droplets can start moving spontaneously as they evaporate on a dry surface.
The effect appears when the droplet becomes very small and strongly pinned, revealing a surprising link between #Evaporation, #ElectricCharge and contact-line dynamics.
đź”— shorturl.at/LIILg
@toolsonfire.bsky.socialICYMI: Unsolved Math Problems That Could Break Modern Computing #MathProblems #Computing #NavierStokes #FluidDynamics #SimulationSoftware
@toolsonfire.bsky.socialUnsolved Math Problems That Could Break Modern Computing #MathProblems #Computing #FluidDynamics #NavierStokes #SimulationSoftware
@degruyterbrillimms.bsky.socialSee how #AI improves complex fluid modeling.
This study combines ANN-LMBPA with numerical simulations to predict MHD Williamson-Casson #nanofluid flow, enabling better optimization of heat transfer and industrial cooling systems. #FluidDynamics
@leidenforce.bsky.socialUnderstanding an eruption means linking what we see at the surface to processes occurring deeper underground.
A useful reminder that complex fluid phenomena often require multiple scales of observation.
@4quazulu.bsky.social@leidenforce.bsky.socialInside #LeidenForce - Summer 2026
On the road • LeidenBeauty • Fluid inspirations
Several of our PhDs presented across 3 countries, from #Leidenfrost droplets in Italy to electrostatics in Florida.
Here’s your summer dose of LeidenForce: shorturl.at/hse2j
@informaq.bsky.socialVariational quantum algorithm encodes spacetime solutions in single quantum state to reconstruct nonlinear fluid dynamics from sparse measurements. Demonstrates 10^-2 RMSE on Burgers & Kuramoto-Sivashinsky equations using ≤25% spatial sensor coverage.
@ipamucla.bsky.socialThe recent breakthroughs surrounding the Navier–Stokes problem mark remarkable progress on one of mathematics’ great longstanding challenges, bringing together decades of research with new advances in computation and AI.
Read the AMS statement: www.ams.org/home/page
#NavierStokes #FluidDynamics
@ipamucla.bsky.socialExciting research in mathematical fluid dynamics! @ipamucla.bsky.social Terence Tao, highlights new work by Levent Alpöge and Tristan Buckmaster on finite-time blowup in fluid equations—with promising implications for the Navier–Stokes equations.
Read more: lnkd.in/g_9AHJkn
#FluidDynamics #IPAM
@mcalicc7.bsky.socialOpen access version is available here: arxiv.org/abs/2609.09024
#Fish #FluidDynamics #PIV #Locomotion #Navigation #Sensing #Biophysics #arXiv #JHU
@skwilson.bsky.socialDr Jennifer Tweedy #UniversityofBath speaking about the #fluiddynamics of the eye at the UK #Fluids Conference in #Leeds today.
@leidenforce.bsky.socialCan a droplet move uphill on its own?
The answer isn't a simple yes or no...
@worldscientific.bsky.social🌊 The Physics of Rivers, Streams, and Running Water by Valerio Faraoni explores #fluiddynamics of rivers, waves, ice, floods, #pollution, and #riverrecreation for physicists, hydrologists, and outdoor enthusiasts.
đź”— www.worldscientific.com/worldscibooks/10.1142/q0591
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@imathtutor.bsky.socialWe typically don't post breaking news, but this is a big deal, and AI played a role.
#mathematics #math #FluidDynamics #ArtificialIntelligence #AI
Soruce:https://buff.ly/DZatIZM
@leidenforce.bsky.socialA lava flow records its own thermal history.
Its final shape reflects how the molten rock moved, exchanged heat with its surroundings and solidified.
Deep-sea lava fields offer clues about fluid flow and #PhaseChange under extreme conditions.
đź”— shorturl.at/xe6s7