@gilchristlab.bsky.social
Laboratory for Particle Mixing and Self-Organization, Lehigh University: particles, fluids, self-assembly, rheology, coatings. #InclusionMatters. he/him. https://www.gilchristlab.info, https://www.linkedin.com/in/jamesgilchristphd
@markusdeserno.bsky.social
Theoretical and computational biophysicist at Carnegie Mellon University. Loves lipid membranes, music, and art. (he/him) 🇩🇪🇺🇸
@yoavlahini.bsky.social
Experimental physicist, soft matter and dynamics of complex/disordered systems. https://sites.google.com/view/complextau/home
@ajaybharish.bsky.social
Lecturer in Engineering Simulation and Data Science at @OfficialUoM | Explore mechanics at its extreme | All opinions expressed are my own & not of my employer. For more, check our lab website at https://www.harishlab.com
@nickpizzooceans.bsky.social
Asst. Prof. of Oceanography. Interested in fluid mechanics, waves, air-sea interaction, physics, geometry, applied math and the history of science. He/him. https://www.nickpizzooceans.com
@s-j-benavides.bsky.social
Post-doc at Universidad Politécnica de Madrid studying geophysical turbulence cascades. Interested in turbulence and nonlinear dynamics. Previously at Warwick University and MIT. he/his http://s-benavides.github.io
@bthomases.bsky.social
Teacher, mathematician, computational fluids modeler, knitter, overall positive person 😀
@hungtangko.bsky.social
@JSMF postdoc fellow @Princeton MAE | Collective Behaviors, Fluids, Physics of Living Systems & Robotics | 🐟 🐜 | Alum @UPenn & @GeorgiaTech | Taiwan 1️⃣
@abigailplummer.bsky.social
Assistant Professor at BU MechE studying soft mechanics. Previously Princeton PCCM & Harvard Physics sites.bu.edu/plummer/
@kimiawitte.bsky.social
From cell-based computation to living biomaterial engineering. Chancellor’s Fellow & Lecturer at University of Strathclyde, Glasgow Biophysics, organogenesis, acoustofluidics/microfluidics, philosophy minus ethics, fine art!
@matildabackholm.bsky.social
Assistant Professor in Soft Matter Physics at Aalto University, Finland | Forces and flow in mesoscale living, fluid, & soft matter | ERC StG laureate & Research Council of Finland Fellow | EPL co-editor aalto.fi/living-matter
@robinras.bsky.social
Materials researcher inspired by nature, working on water-repellent surfaces and more. Head of Department of Applied Physics @AaltoUniversity Finland http://physics.aalto.fi/smw
@alaingoriely.bsky.social
Professor of Mathematical Modelling at Oxford University and Gresham Professor of Geometry at Gresham College, London
@javichico.bsky.social
PhD Student @ Oxford Maths, St. John’s College. Interested in Mathematical Biology and Fluid Dynamics. javierchico.github.io
@alirezamashaghi.bsky.social
Scientist, Physician, University Professor (UHD) at Leiden University, Scientist at Harvard, ETH Zürich Alumni; Views my own. Website: https://www.mashaghilab.org
@madecorato.bsky.social
Ramon y Cajal researcher at the University of Zaragoza. Working on soft matter, rheology and fluid mechanics. Group website: https://sites.google.com/unizar.es/marco-de-corato/home?authuser=0
@yairshokef.bsky.social
Faculty member at Tel Aviv University. Leading theoretical and computational research in nonequilibrium statistical mechanics of soft matter. Mainly mechanical metamaterials, geometry, active matter, stochastic processes https://shokef.tau.ac.il
@zaleski.bsky.social
Interested in science, engineering, higher education, global warming, fluid & solid mechanics, droplets and bubbles, acoustics, energetics, free code, sociology of science.
@kudrollilab.bsky.social
Our research is in discovering laws that govern processes and systems that are far from equilibrium @ClarkUniversity
@chowlandgfd.bsky.social
Lecturer in Applied & Computational Maths @ UCD Turbulence | Phase change | Environmental Flows | Numerical Methods
@sespagnolie.bsky.social
Professor of Mathematics; Chemical & Biological Engineering, UW-Madison. I dig biological fluid dynamics, soft matter physics, and numerical methods. Vijayanagara (GMT Games). https://people.math.wisc.edu/~spagnolie/
@jaideepkaturi.bsky.social
Interested in active colloids, non equilibrium self organization, complex fluids, liquid crystals, and other things soft matter
@ehannezo.bsky.social
Professor of Biophysics - @ISTAustria Using physics to understand biological questions, such as how embryos grow!
@dianapinheiro.bsky.social
Cell and developmental biologist fascinated by forces and fate 🦟🐟 New PI @IMPvienna @viennabiocenter Postdoc @HeisenbergCPLab || PhD @bellaiche_y
@mariebreau.bsky.social
PI @ibps.bsky.social. Mechanics of neuronal development - Olfactory placode morphogenesis - Cell movements - Axon growth - ECM - Zebrafish https://www.ibps.sorbonne-universite.fr/en/research/development-adaptations-and-aging/mechanics-neuronal-development
@hirashima0203.bsky.social
Interested in multicellular biophysics in developmental and reproductive biology, PI at the Mechanobiology Institute/Department of Physiology, National University of Singapore 🇸🇬🇯🇵
@emanueladelgado.bsky.social
@chhdellago.bsky.social
Physicist, professor @univie.ac.at, director of @esivienna.bsky.social, computational physics, statistical mechanics, machine learning, soft matter, biking, hiking, skiing, *320 ppm. 🇪🇺
@uddaloksen.bsky.social
Assistant Professor @pcc-wur.bsky.social @w-u-r.bsky.social | Soft matter | Biophysics | Interfacial hydrodynamics | Cell mechanics https://www.physm-lab.org
@maitrejl.bsky.social
developmental cell biophysicist searching for the forces shaping life (basically, I suck embryos into micropipettes)🇪🇺
@merkellab.bsky.social
Group Leader, theoretical soft matter & biophysics CNRS, Center for Theoretical Physics, Marseille http://www.merkellab.net Opinions are my own.
@stearnslab.bsky.social
Professor and Dean of The Rockefeller University. Cell biologist in NYC. Believer in the power of science education.
@pjsaez.bsky.social
Husband - Dad of 2 - Scientist 🇨🇱 Chilean expat. I love to study how cells walk & talk. PI of the @cellcommlab.bsky.social #CellMigration #CellComm #calciumsignaling #organelles 🧪🔬
@jamesbriscoe.bsky.social
Developmental Biologist working at the Francis Crick Institute. Neural tube, morphogens, and gene regulatory networks. Editor-in-chief, Development. London · briscoelab.org
@buzzbaum.bsky.social
In search of a platform that widens and deepens our understanding of the world. Less re-posting, more reading. Listening more, talking less. My opinions are my own. Some of them aren’t even mine.
@carstenschulte4.bsky.social
Interdisciplinary cell biologist fascinated by (extra)cellular mechanobiology in (patho)physiology. Lecturer, Department of Biomedical Engineering @University of Strathclyde & CeMi. Tweets about science & other stuff in which I engage. Views are my own.
@curiousmat.bsky.social
Developmental Biology and Bioengineering at Sorbonne. 'In the study of material things, number, order and position are the threefold clue to exact knowledge' (D'Arcy Thompson) Nature's numbers project : https://youtube.com/@naturesnumbers
@streichan.bsky.social
Excited about animal and synthetic morphogenesis, light-sheet microscopy, and quantitative biology
@ishiharaksk.bsky.social
Assistant Professor, University of Pittsburgh. cell biology, biological physics, synthetic morphogenesis of brain and cardiac organoids
@akankshi.bsky.social
Principles of Tissue Morphogenesis @Duke https://www.munjallab.com/
@blockintheback.bsky.social
Assoc Professor, U of Utah. Biology, family, sports, food. Knitter, musician, aspiring weaver. SLC, via LA, the Bay Area, and Boston. Views are my own.
@lammerdinglab.bsky.social
We study lamins and nuclear mechanobiology. Meinig School of Biomedical Engineering. Weill Institute for Cell and Molecular Biology. Cornell University. https://lammerding.wicmb.cornell.edu/
@nordenlab.bsky.social
How do organs form from cells to tissue? Zebrafish and organoids; live imaging; quantitative biology; theory. Comments by Caren Norden
@martinhumphries.bsky.social
Professor of Biochemistry, University of Manchester. Career interest in mechanisms of cell-matrix adhesion. Current interest in mechanosensing in pancreatic cancer and vascular dementia.