@bdpmax

Professor at Northeastern University

 Boston, MA
dapengbi.com
Joined March 2009
  • Tweets70
  • Following307
  • Followers365
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Exciting opportunity! We're seeking motivated postdoc researchers to join our team at Northeastern University, delving into theoretical soft matter & biophysics. Explore more: northeastern.edu/dapeng/
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🚨 New PhD Program Alert! 🚨 Explore the intersection of physics, biology, and chemistry w/ Northeastern’s Biophysics PhD program. Flexible curriculum, cutting-edge research - shape your path in science 🗓 Priority Deadline: Jan 15 🔗 Apply now: cos.northeastern.edu/biophys…

Connected Science Community Biophysics PhD Program - Northeastern University College of Science

Participate in groundbreaking biophysics research Program Details Program Requirements 31 total semester hours requiredMinimum 3.000 GPA required Milestones Application Deadline Priority deadline:...

cos.northeastern.edu
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Very happy to see our recent paper being selected as a featured article: nature.com/collections/hjhbg… @pragyaarora26 @ssadhukhan1996 @bdpmax @AjaySoodIISc @Rajesh_JNCASR
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Excited to share our new preprint with Ming Guo and @ProfBuehlerMIT at MIT! Discover how our geometric deep learning model predicts multicellular folding and embryogenesis, unlocking insights into cell interactions and tissue morphology. arxiv.org/abs/2407.07055
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I'll be presenting Unraveling Tissue Mechanics: Investigating Structure, Fluid Dynamics, and Rheological Behavior at Biological Physics Seminars on 27 Jun cassyni.com/events/GtvnW5v3h…

Unraveling Tissue Mechanics: Investigating Structure, Fluid Dynamics, and Rheological Behavior

From the beginnings of life as a single cell to the intricate assembly of a fully developed organism, embryonic tissues undergo significant transformations to develop vital organs, while adult...

cassyni.com
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Our paper on cell division and motility creating hexatic order is now in PRL! Discover how tissues could achieve orientational order through a complex interplay of division and motility, leading to flexible yet structured hexatic phases. @BowickM @KITP_UCSB @PhysicsNEU
Physical Review Letters@PhysRevLett21 May 2024
Cell division and motility enable hexatic order in biological tissues #CoolVideo go.aps.org/4bOxvhg
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Dapeng "Max" Bi retweeted
Maijia Liao@Maijia_Liao7 Apr 2024
The Liao lab is looking for a postdoc/research scientist! Areas: Cytoskeleton, biophysics, or related. $$ with exciting projects, supportive environment. Boston beckon! Please, retweet! jobrxiv.org/job/northeastern…

Postdoctoral Fellow / Associate Research Scientist in Biophysics

Post a job in 3min, or find thousands of job offers like this one at jobRxiv!

jobrxiv.org
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Dapeng "Max" Bi retweeted
Raj Kumar Manna@rajphys5 Mar 2024
Very excited to announce our new paper in @PhysRevLett "Demixing in Binary Mixtures with Differential Diffusivity at High Density." @ManningResearch @syracusephysics @SUBioInspired journals.aps.org/prl/abstrac…
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Our latest work "Discontinuous Shear Thickening in Biological Tissue Rheology" has been published in PRX! We uncover exotic rheological behavior in tissues affecting processes like wound healing & development. doi.org/10.1103/PhysRevX.14.…
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At the beginning of this year, Dr. Xingbo Yang joined @PoLDresden to establish his own research group. His group is mapping the energy costs and energy distribution within a cell. P.S.: He is offering a postdoc position! Welcome Xingbo and his new team!🤓 tud.link/hkpr
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Yesterday, all of us in the department got together to felicitate Prof. Sriram Ramaswamy and Mr. Mariyappa on the occasion of their retirement. We sincerely thank them for all the contributions they made over the years! #physics #retirement #felicitation #gratitude
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Dapeng "Max" Bi retweeted
Karen Kasza@Kasza_Lab26 Jul 2023
Delighted to be included in the first issue of PRX Life! This is the latest work from Marisol Herrera-Perez along with Christian Cupo, Cole Allan, and Alicia Dagle on optogenetic interrogation of tissue fluidity!
This Post is from an account that no longer exists. Learn more
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Organisers: @stpalli @RanabirNMR & #MadanRao Plenaries: #DavidBaker & @ManuPra18599785 Talks: @BidishaSinha8 @bdpmax @durbignon @hoffmann_hagen @HemaKotamarthi @karen_alim @mahipal_ganji @mz_science @ohallats @rsidd120 @ranjithpa @jitumayor_lab @shaon_chak @vishuguttal & more!
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Our work with Ming Guo @ MIT also just came out in Nature Physics. Here we looked at the effect of spatial curvature on a developing lung organoid. nature.com/articles/s41567-0…
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Our work on the effect of mechanical heterogeneity with Josef Käs finally out on Nature Physics! nature.com/articles/s41567-0…
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Replying to @QuantaMagazine @jordanacep @EricaKlarreich
BREAKING: Maryna Viazovska, a Ukrainian number theorist, has been awarded the Fields Medal, math’s highest honor. She is the second woman to receive the medal in its 86-year history. @7homaslin and @EricaKlarreich report: quantamagazine.org/ukrainian…

Ukrainian Mathematician Maryna Viazovska Wins Fields Medal | Quanta Magazine

With her homeland mired in war, the sphere-packing number theorist Maryna Viazovska has become the second woman to win a Fields Medal in the award’s 86-year history.

quantamagazine.org
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Dapeng "Max" Bi retweeted
Thomas Litschel@T_Litschel7 Jun 2022
Join us tomorrow for an in-person Squishy Physics seminar by Max Bi.
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In recognition of her contributions to physics of driven superconducting vortices and disordered systems, M. Cristina Marchetti (@cris_marchetti_) of @ucsantabarbara @UCSBPhysics is being inducted into the National Academy of Sciences. Watch #NAS159: ow.ly/vesv50IV6HC
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A minimal cell-based computational model demonstrates that fluid-like epithelial tissues become rigid above a critical applied strain, a process similar to shear-driven rigidity in other soft matter systems go.aps.org/3MDLFFj #biophysics
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Our latest work on how shear force can lead to tissue solidity and nonlinear elasticity has just appeared in Phys. Rev. Lett! @cris_marchetti_ @PhysicsNEU journals.aps.org/prl/abstrac…

Shear-Driven Solidification and Nonlinear Elasticity in Epithelial Tissues

A minimal cell-based computational model demonstrates that fluid-like epithelial tissues become rigid above a critical applied strain, a process similar to shear-driven rigidity in other soft matter...

journals.aps.org
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