The opportunity to know, work with, and mentor such remarkable young people is undoubtedly the best perk of this job.
James Swan retweeted
A new @softmatter study by Philippe Bourrianne, Paul Lilin, Gareth McKinley, Irmgard Bischofberger, and collaborators reveals novel crack morphologies that emerge during the drying of drops of nanoparticle suspensions. mitsha.re/n0Ka50GqX41
So long #SOR2021. It was great seeing such interesting talks and visiting with such engaging people. Until next year…
Excited for @SoRheology 2021. Sad I’ll have to give up this view of Beech Hill Pond 30 miles away. See you all in Bangor.
James Swan retweeted
Our new @PhysRevLett paper uses confocal rheometry to predict shear thickening using jamming distance. No microscope needed - try it for yourself. Congrats @pradeep_shravan @SafaJamali and coauthors! journals.aps.org/prl/abstrac…
James Swan retweeted
Postdoc opening joint with @Jim_Swan focused on data analytics for neutron scattering of self-assembled nanocrystal solids. Please share broadly!
James Swan retweeted
Checkout the newly redesigned Rheology Bulletin! You can see at rheology.org/sor/Publication…
Emily Krucker-Velasquez and I just published our first paper together on the structure of conc. electrolytes. Emily found that the ratio of steric stabilization length to Debye layer thickness controls underscreening. Also, like-charge clusters abound!
aip.scitation.org/doi/10.106…
Very glad to see this paper on wormlike micelles and MAPS rheology with @garethmckinley and Kyle Lennon @doecsgf appear in @RheologicaActa. Kyle was able to use high data density rheology to learn something new about nonlinearities in a micellar solution.
rdcu.be/cygGL
James Swan retweeted
#ASAP by Ariel Furst @afurst1 & team @MITChemE FurstLab
@FurstLab
They report a unique biosensing strategy based on a mixture of engineered S. oneidensis & freeze-dried E. coli to simultaneously degrade and electrochemically detect toxic pesticides: fal.cn/3iyor
James Swan retweeted
New paper by Simon and @chopkin9 is now up in @PNASNews: pnas.org/content/118/38/e211…
In viscoelastic porous media flows, the occurrence of stagnation points in the flow field is the vital factor controlling the onset and strength of chaotic fluctuations.
James Swan retweeted
Once a year, I get to dress up, introduce the principles of Hamiltonian mechanics as they pertain to molecular dynamics + Liouville’s Theorem, and gush about the (remarkable, almost unreasonable) beauty of velocity Verlet as a symplectic integration scheme. I love this job. (1/2)
James Swan retweeted
Flagellated microorganisms often swim along what appear to be helical trajectories. It turns out this is highly generic, even if flagellar hook flexibility is considered! arxiv.org/abs/2106.08940. 1/4
James Swan retweeted
Okay @JuliaLanguage (and general science/math nerd Twitter) peeps, I’ve made a thing I think is pretty cool and I think I’m ready to share it with the world, mainly because I’m hoping you all will help add to it!
What is this thing, you ask? Buckle in…
🧵: 1/9
I gave my son a bag of dry ice to play with on the front porch.
Neighbor: What are you doing?
Son: It’s chemistry.
Me: Well, physical chemistry.
Son: Yeah, physical chemistry. It’s the best kind.
Then the water bottle that had been pressurizing on the lawn exploded.
Kyle Lennon (@doecsgf), @garethmckinley, and I have a new paper in the JNNFM Oldroyd special issue. Here, we study the weakly non-linear rheology of all possible Maxwell-type models and their parametric sensitivities in different experimental designs.
doi.org/10.1016/j.jnnfm.2021…
Is there a more consequential inequality right now?
( 1 - P(V|I) / P(V) ) / ( 1 - P(V|I) ) > 1 - 1 / R0
I've read lots of articles about breakthrough infections locally but am yet to read someone who addresses the feasibility of herd immunity. Recent MA data concerns me a bit.




















