Datta Lab
@TheSquishyLab
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Following
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Lab of Sujit Datta @Caltech studying transport of soft (“squishy”) and living systems to address challenges in biotech, energy, medicine, & sustainability.
Pasadena, CA
Joined January 2020
The views and opinions expressed in this account are solely those of the members of the Datta Lab and do not necessarily reflect the position of our funding agencies or Princeton University. (Following, RT, and Likes ≠ endorsement).
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RT @SciCommAwards: Previous @SciCommAwards winners @stevenstrogatz, @BhamlaLab, and @inthosegenespod discuss the importance of the physical….
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RT @SoRheology: The SoR Community Development Committee is seeking professional rheologists at all career stages working in industrial, aca….
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RT @Suvendu__Mandal: Worm clusters, jellyfish tentacles, robotic arms -- what do they have in common?.Our new study in @NatureComms reveal….
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RT @NatChemEng: Our June Editorial highlights our dedicated monthly column, By the Numbers, which covers dimensional analysis and scaling a….
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We have an exciting set of Area 1J sessions covering all areas of fluids & transport:.*Mon 11/3 — Faculty candidates & plenary speakers describe new frontiers.*Tue 11/4 — Sessions honoring Andy Acrivos + regular sessions.*Wed 11/5 — Regular sessions.See y'all in Boston this fall!.
Registration is Now Open for the 2025 AIChE® Annual Meeting! The must-attend conference for chemical engineers, R&D scientists, and academic leaders at all career stages. Join a vibrant global community this November in Boston: #AIChEAnnual #AIChE2025
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RT @ChEnected: Registration is Now Open for the 2025 AIChE® Annual Meeting! The must-attend conference for chemical engineers, R&D scientis….
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RT @greg_stephens: A vital and very enjoyable component of my academic work is teaching students at all levels how to extend the frontiers….
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Thrilled to see this paper published @softmatter!.Check it out at In it, we describe how the unique rheology of wormlike micelle solutions influences their unsteady flow through windy serpentine channels. Summary in the tweetorial below ⬇️.
Excited to release our latest work, led by PhD student Emily Chen: . Here, we uncover how the unique rheological properties of wormlike micelles (WLM) influences their flow behavior in tortuous serpentine channels. 🪱💧🌪️. Tweetorial follows. [1/7]
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RT @FlatironInst: Trying to anticipate how bacteria will spread is like predicting the flight of a leaf in a windstorm — it’s complicated a….
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RT @daniellejmai: PhD student Michelle Quan's review article on “Biomolecular Actuators for Soft Robots” was selected for the cover of Chem….
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RT @AllysonSgro: Are you a student or postdoc working on theory for biological problems? Just over two weeks left to apply for our fall wor….
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RT @baym: The latest work from my lab, Phage Disco, a method @EllieRand3 developed for targeted discovery of bacteriophages based on the ba….
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RT @ChEnected: Join us in celebrating Jean Tom, our May Donor of the Month! 🌟 Her dedication kickstarted the 35 Under 35 Award Endowment, e….
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RT @NaturePhysics: The nonlinear mechanical properties of soft biological tissues and composites are poorly understood. Their strain stiffe….
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RT @PhysRevLett: The height and position of the loss modulus overshoot during yielding of yield-stress fluids are controlled by linear visc….
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RT @dreyfusfndn: Calling all outstanding early-career faculty in the chemical sciences at primarily undergraduate institutions!. Nomination….
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RT @GCelora: Extremely happy to see our work on the collective chemotaxis of cell groups out! . Such an incredible and fun collaboration le….
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RT @SoRheology: The abstract deadline for the Society of Rheology Annual Meeting is extended to May 30th to accommodate requests from speak….
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RT @ShrivastavaLab: Presenting RABiTPy - a Python package for bacterial tracking that works in a jupyter notebook format for: video/image s….
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RT @baym: In the right conditions, antibiotic resistance can happen extremely fast. Here is an example from my own work of bacteria overcom….
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