Wei-Hsiang Lin

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Wei-Hsiang Lin

Wei-Hsiang Lin

@WeiHsiangLin3

Assistant professor at Institute of Molecular Biology, Academia Sinica, Taiwan. Interested in autocatalytic theory and single-cell growth experiments.

Katılım Ağustos 2020
288 Takip Edilen155 Takipçiler
Wei-Hsiang Lin retweetledi
DaVinci
DaVinci@BiancoDavinci·
A cyanometer, an instrument for measuring the intensity of blue in the sky, was invented in 1789.
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PRX Life
PRX Life@PRX_Life·
This new analytical and numerical framework predicts ignition criteria for trigger waves in cell signaling from bulk activation data, which could prove useful for developing synthetic trigger wave circuits with desired sensitivities. 🔗 go.aps.org/4bULRj1
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PRX Life
PRX Life@PRX_Life·
How do hair cells expend energy to sustain oscillation? An analysis of thermodynamic fluxes in hair bundle motion identifies two distinct operational modes and details how hair cells can operate as both heaters and active feedback refrigerators. 📄 go.aps.org/4sJ3qsh
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Natalie Khalil
Natalie Khalil@natalienkhalil·
Basically
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European Research Council (ERC)
E. coli can spin tiny discs 🧫 ERC grantee Jérémie Palacci @ISTAustria shows that confined bacteria generate torque via fluid flows, driving rotation without contact. Read more about the research and its implications for soft materials & micro-engines 🔗 link.europa.eu/PGxYk6
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Physical Review E
Physical Review E@PhysRevE·
How do chemical networks overcome the barrier of catalysis, a key precursor to the development of life? In this study, researchers present a new two-regime analytical model for how RAF sets appear in Kauffman networks. Check it out: go.aps.org/47NWhOV
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Physical Review E
Physical Review E@PhysRevE·
In a 2D model, repulsive random kicks between particles can generate an active hexagonal crystal with collective ring diffusion. A single parameter both orders and disorders the system, revealing a new paradigm for non-equilibrium phase transitions. 🔗 go.aps.org/4e5eoDE
GIF
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Physical Review E
Physical Review E@PhysRevE·
In active nematic fluids, circular capsules undergo persistent rotation whereas axisymmetric capsules, like boomerangs, develop directed motion along their axis of symmetry. Read more: go.aps.org/3NYQH5w
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Buitengebieden
Buitengebieden@buitengebieden·
Armadillo having fun.. 😊
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Nature Unedited
Nature Unedited@NatureUnedited·
Look at how these two ferrets turn a simple plastic tube into their favorite playground. They chase, hide, jump and surprise each other nonstop, exactly the kind of play they love 🐾
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Jun-An Chen 陳俊安
Jun-An Chen 陳俊安@theJACLab·
🧬 IMB 40th Anniversary Symposium: Stay curious, stay diligent. Honored to welcome our invited speakers at IMB 40: 📅 May 5–7, 2026 📍 IMB, Academia Sinica @IMBSinica imb.sinica.edu.tw/40th/
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Datta Lab
Datta Lab@TheSquishyLab·
Excited to release our latest work, led by former postdoc @hbozhao, along with @QiweiYu2 and Andrej Košmrlj: arxiv.org/abs/2603.02595! It builds on our previous work to develop a full quantitative theory of pattern formation in chemotactic active matter. 🦠🌪️ Summary ⬇️ [1/10]
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Wei-Hsiang Lin
Wei-Hsiang Lin@WeiHsiangLin3·
A glycolytic shunt via the pentose phosphate pathway is a metabolic checkpoint for nervous system sensory homeostasis and axonal regeneration: Cell cell.com/cell/fulltext/…
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Math Lady Hazel 🇦🇷
Math Lady Hazel 🇦🇷@mathladyhazel·
These boxes are NOT MOVING.
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Physical Review Letters
Physical Review Letters@PhysRevLett·
Microfluidic experiments demonstrate that clogging in a system of cohesive particles in a hopper is governed by the cohesive length scale, not particle size go.aps.org/4s3KhjI
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