Congratulations to Dr. Bostwick. Very well deserved.

I will be presenting my work on viscoelastic drop dynamics at #APSDFD on Tuesday morning session Q18:Drops: Complex Fluids. Come and check it out! meetings.aps.org/Meeting/DFD21/…

Dear friend Debanjan Mukherjee and his family lost their home in #MarshallFire #coloradofire. He is a colleague at CU Boulder Engineering 🦬. Please #donate, RT and amplify the message. Your support would mean a lot to them. gofund.me/7e46305c

Great work from my new colleagues UNC's Physical Mathematics Lab The University of North Carolina at Chapel Hill

brilliant work as usual by Chase Gabbard

Very happy that this fun collaboration with colleagues at Clemson University and DTU finally got published.

My best Figure 1a to date. How can I ever top this? Haha.

happy to present and collab with this fun group of scientists. Hoping to be back next year.

Glad to see our "universal corners" featured in this collection of fascinating fluid dynamics research, thanks to Physical Review Fluids.

Big things have small beginnings - What is it about bubbles that make them so interesting? Here is a little tribute video I made with the help of stock videos and some creative writing. Enjoy.

Find out how spontaneous self propulsion comes in many shapes at @APSMeetings on Tuesday at 10am.

Check out my Gallery entry! V0033: Absence of Diffusion in Walking Droplets youtu.be/cGD1MX1PkHg?fe… via YouTube

We had lots of fun representing UNC's Physical Mathematics Lab with James (jian hui) Guan, Saiful Tamim, at The University of North Carolina at Chapel Hill's annual Science Expo. @UNCResearch UNC-CH Mathematics

Bangladesh mourns some 200 deaths as student protests wind down and thousands are arrested apnews.com/article/bangla…

🚨 Minimal quantization model in Pilot-Wave Hydrodynamics 🚨 We identify and analytically approximate the spatio-temporal nonlocal forces responsible for the orbital quantization of walking droplets. journals.aps.org/prl/abstract/1…

🚨 Anderson Localization of Walking Droplets 🚨 We demonstrate that walking droplets over random submerged topography can spontaneously localize like a wave, similar to quantum particles in disordered media. journals.aps.org/prx/abstract/1…

Really happy to be a part of this awesome team effort!! UNC's Physical Mathematics Lab

Thanks for the feature! Great results with Saiful Tamim and UNC's Physical Mathematics Lab.

I recently co-authored an Annual Review article on the capillary driven phenomena of soft solids. Hopefully this provides a useful gateway to this interesting field with broad applications in engineering and biology. go.shr.lc/4iAIONT