The Milinkovitch-Tzika lab

Our biologists, physicists, computer scientists & mathematicians investigate the evolution & development of Life’s complexity 🐊 🐍 🦎 @genevunige @UNIGEnews

[The Milinkovitch-Tzika lab @LANEVOL]

A tutorial movie for NewtonBioMorphX, our open-source framework for the mechanics of morphogenesis: from generating a mesh to watching a tissue fold into crocodile-like head scales, entirely from the interface.

https://t.co/8QGC4rQxPo

[The Milinkovitch-Tzika lab @LANEVOL]

Passive collagen-like fibres, active actin-like filaments, real-time rendering of the mechanical state, twelve ready-to-run presets. All from a GUI, no code written or recompiled.

Manual, Windows and Linux executables, source code:

https://t.co/8QGC4rPZZQ

[The Milinkovitch-Tzika lab @LANEVOL]

NewtonBioMorphX is out in Computer Physics Communications: a GPU-accelerated, open-source framework for simulating tissue-scale mechanics of morphogenesis.

It unifies growth, multilayer mechanics, plasticity, viscoelasticity and contact.

https://t.co/K3dn30WnB6

[The Milinkovitch-Tzika lab @LANEVOL]

Last week, we were 20 biologists, physicists and biochemists at the Fondation des Treilles. We had fantastic discussions on the evolution and development of camouflage and body transparency in vertebrates.

[The Milinkovitch-Tzika lab @LANEVOL]

What is Gonzo? I told Popular Science the clue may be in his tuft: real hair would make him a mammal; feathers would point toward the dinosaur–bird lineage. I love that a Muppet can invite such a curious look at life.

https://t.co/stwsDHSdzF

[The Milinkovitch-Tzika lab @LANEVOL]

🐘➡️🤖 From elephant biomechanics to soft robotics.

With Lucia Beccai’s Soft BioRobotics Perception Lab at IIT, our new paper presents ELEANOR: a large soft robotic arm inspired by elephant-trunk biomechanics.

🔗 https://t.co/yItQ5rn27G

#SoftRobotics #BioinspiredRobotics

[The Milinkovitch-Tzika lab @LANEVOL]

🚨 New LANE paper in Nature Communications! 🦎🐍

Pierre-Yves & Athanasia show that reptile pigment cells can reach similar mature states through different developmental routes—and identify new chromatophore types in bearded dragons.

https://t.co/yIjM7nDpMZ
@Biologie_UNIGE

[The Milinkovitch-Tzika lab @LANEVOL]

A pleasure attending the workshop “Collective Movement and Pattern Formation: Biology, Modelling and Analysis” at @ICMS_Edinburgh. An inspiring exchange on collective cell migration, pattern formation, mathematical modelling and analytical methods across biology and medicine.

[UNIGE_en @unige_en]

A study by UNIGE @LANEVOL uncovers a fundamental mechanism that determines how hair follicles organize their positions on the skin of mammals. https://t.co/Z6JUbXh2Oj

[The Milinkovitch-Tzika lab @LANEVOL]

How mammals get their fur?

New PNAS research from the Milinkovitch-Tzika lab shows that chemotaxis—cells moving toward chemical cues—drives hair follicle precursor self-organization during embryonic skin development, from lab mouse to spiny mouse.

https://t.co/xJsNqrs1pa

[The Milinkovitch-Tzika lab @LANEVOL]

New in @PNASNexus : with Soft BioRobotics Perception Lab (IIT, Genova), we show how Asian elephant trunk skin resolves a grasp–protect paradox: dorsal shield, flexible ventral gripper, and touch-amplifying papillae.

https://t.co/0EuyraauGk

@IIT_SBRP

[Université de Genève @UNIGEnews]

🎂 Le journaliste scientifique et naturaliste Sir David Attenborough, célébré dans le monde anglo-saxon pour ses émissions de vulgarisation sur la BBC, a 100 ans ce vendredi 8 mai.

Pour marquer cet anniversaire et rendre hommage à «l’homme qui a aidé le monde à tomber amoureux de la nature», le Laboratory of Artificial & Natural Evolution @LANEVOL de l’UNIGE a ressuscité Charles Darwin en personne ��� sans IA! 🤖

Le LANE réunit des biologistes, des bioinformaticiens, des physiciens, des informaticiens, des mathématiciens et des artistes 3D, pour étudier plusieurs espèces modèles non classiques, principalement des reptiles et des mammifères «exotiques». Ces travaux apportent un éclairage sur des processus biologiques et physiques passionnants, mais encore méconnus, à l'origine du monde du vivant complexe et diversifié 🍀.

Voir la vidéo ici 👉https://t.co/ypcIpSVdjp

@genevunige @Biologie_UNIGE @sciences_UNIGE @DavidALifeFilm

[The Milinkovitch-Tzika lab @LANEVOL]

Charles Darwin comes back to life to celebrate Sir David Attenborough's 100th birthday. Our 3.5-min film from the LANE (University of Geneva).
Happy #AttenboroughDay !

https://t.co/9B0ykHpzPv

@BBCearth @DavidALifeFilm @Biologie_UNIGE @sciences_UNIGE

[The Milinkovitch-Tzika lab @LANEVOL]

Two new features spotlight research from the Milinkovitch lab: @QuantaMagazine on skin mechanical cracking in African elephants, and @HorizonMagEU on how elephant trunk biomechanics can inspire soft robotic grippers. #Biomechanics #SoftRobotics

https://t.co/LfdIdyooR7

[The Milinkovitch-Tzika lab @LANEVOL]

Modelling the dexterity of the elephant trunk for Soft Robotics! 🐘
Our 3D dynamic model maps trunk shapes directly to internal forces, predicting biological trajectories with <8% error. New study in @iScience_CP .

Read: https://t.co/EyAAyaKft8

[The Milinkovitch-Tzika lab @LANEVOL]

Many thanks to Nancy Steinacker, Barb Matt, and Bruce Bradley for the incredible visit to the Linda Hall Library @LindaHall_org.

A real highlight: seeing first editions of Newton’s Principia and Darwin’s On the Origin of Species.

[The Milinkovitch-Tzika lab @LANEVOL]

Grateful that my lecture at the #StowersSeminarSeries had such a positive impact!

Huge thanks to Tatjana and the @LabPiotrowski team, and to all the PIs, staff, and students who shared their inspiring research.

@ScienceStowers is truly an outstanding place for science.

[Stowers Institute @ScienceStowers]

Thank you to @LANEVOL for joining us for a fantastic #StowersSeminarSeries this week! 🦎

Hosted by the @LabPiotrowski.

[The Milinkovitch-Tzika lab @LANEVOL]

More about the research behind these models:

https://t.co/Cf9av0BCcA

#DevelopmentalBiology #Biophysics #Morphogenesis #DPG

[The Milinkovitch-Tzika lab @LANEVOL]

Fascinating discussions yesterday at the 2026 Spring Meeting of the German Physical Society (DPG) in Dresden.

Thanks to @Franze_Lab for the invitation to speak about tissue mechanics.

Our 3D prints of crocodile embryos sparked a lot of curiosity among researchers and students.

[The Milinkovitch-Tzika lab @LANEVOL]

If you would like one for teaching or outreach, you can order your own 3D prints here:
https://t.co/xC3EQOQxMW