Soft Matter and Biological Physics Lab (@softphyslab) 's Twitter Profile
Soft Matter and Biological Physics Lab

@softphyslab

We are a new research group located at the Universidad Autónoma de Madrid. We mainly study transport phenomena in non-equilibrum systems and cell-behaviour.

ID: 1369691599681257476

linkhttp://softphys.com calendar_today10-03-2021 16:48:45

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IFIMAC - Condensed Matter Physics Center (@ifimacuam) 's Twitter Profile Photo

📢Tomorrow #IFIMAColloquium with Olivier Dauchot @odauchot @Gulliver_lab He will talk about "When active matter turns solid: from collective motion to collective actuation." Coffee served at 11:30h! More info👇 ifimac.uam.es/ifimacolloquiu…

📢Tomorrow #IFIMAColloquium with Olivier Dauchot @odauchot @Gulliver_lab He will talk about "When active matter turns solid: from collective motion to collective actuation." Coffee served at 11:30h! More info👇 ifimac.uam.es/ifimacolloquiu…
IFIMAC - Condensed Matter Physics Center (@ifimacuam) 's Twitter Profile Photo

📺If you missed the opportunity to attend the #IFIMAColloquium with Olivier Dauchot @odauchot @Gulliver_lab , you have the chance to catch up! Available now in our YouTube channel.👇 youtu.be/QVJgDlZecIg

Salvatore Assenza (@ziuturi) 's Twitter Profile Photo

I am looking for young doctors (>=2022) willing to apply to a Juan de la Cierva Fellowship! Different possibilities of projects under the umbrella of multiscale simulations in biomolecular systems. Get in touch if interested! More info on infosubvenciones.es/bdnstrans/GE/e…

Salvatore Assenza (@ziuturi) 's Twitter Profile Photo

Students looking for a PhD: check out a great opportunity offered by the INPhINIT Fellowship: fundacionlacaixa.org/es/becas-docto… If you are based in Spain/Portugal, did not study the BSc at UAM, and would like to apply with me as a PhD advisor, feel free to reach out! RT appreciated

Soft Matter and Biological Physics Lab (@softphyslab) 's Twitter Profile Photo

Exciting news! 🎉 Our PI, Laura R. Arriaga, presented a talk at the "RICI X-10th Iberian Meeting on Colloids and Interfaces!" on "Rolling Vesicles as Tribological Tools." 🌟 Dive into the future of tribology with us!

Exciting news! 🎉 Our PI, Laura R. Arriaga, presented a talk at the "RICI X-10th Iberian Meeting on Colloids and Interfaces!" on "Rolling Vesicles as Tribological Tools." 🌟 Dive into the future of tribology with us!
Juan Luengo (@luenmarq) 's Twitter Profile Photo

So excited to see this work finally published in Soft Matter! Chainmails of interlocked ring copolymers: we use an ideal model to study fundamental aspects as the influence of heterogeneous rigidity and linking topology. pubs.rsc.org/en/content/art…

Soft Matter and Biological Physics Lab (@softphyslab) 's Twitter Profile Photo

Proud moment for our research group! Both David G. Calatayud and Paula Magrinya shared their work through individual talks at the 2nd Soft Matter Day conference. Thrilled to see our team's work contributing to the field of soft matter science!

Proud moment for our research group! Both <a href="/dcalatayud02/">David G. Calatayud</a> and Paula Magrinya shared their work through individual talks at the 2nd Soft Matter Day conference. Thrilled to see our team's work contributing to the field of soft matter science!
Soft Matter and Biological Physics Lab (@softphyslab) 's Twitter Profile Photo

🚨 New publication alert! Magnetically driven Rolling Vesicles reveal how friction shapes cell-like motion. A big shoutout to Paula M. and the team for this study just out in PNASNews 👏👏 👉 pnas.org/doi/10.1073/pn… IFIMAC - Condensed Matter Physics Center FTMC@UAM

IFIMAC - Condensed Matter Physics Center (@ifimacuam) 's Twitter Profile Photo

Check the latest article from Soft Matter and Biological Physics Lab on Rolling vesicles powered by confined flows! We present a biomimetic system to explore friction forces in cell-like motion. PNASNews 👉 pnas.org/doi/10.1073/pn…

IFIMAC - Condensed Matter Physics Center (@ifimacuam) 's Twitter Profile Photo

📢Buscamos técnico en nanofabricación UAM Autónoma Madrid ¿Te interesa? abierto el plazo de solicitud hasta el 23 de abril. Condiciones 👉📷 #JobOpportunities #Research #AcademicExcellence

📢Buscamos técnico en nanofabricación <a href="/UAM_Madrid/">UAM Autónoma Madrid</a> ¿Te interesa? abierto el plazo de solicitud hasta el 23 de abril. Condiciones 👉📷
#JobOpportunities #Research #AcademicExcellence
Pablo Ares (@pablerasares) 's Twitter Profile Photo

📢📢 Postdoc Position We're hiring! Join our ERC Starting Grant 🇪🇺 project on heat transport & defects in 2D materials. Important: 🔬 Hands-on experience designing, developing and assembling optical setups + Raman spectroscopy (preferably TERS) All the info here 👇🏼 Please RT!

📢📢 Postdoc Position
We're hiring! Join our ERC Starting Grant 🇪🇺 project on heat transport &amp; defects in 2D materials. Important:
🔬 Hands-on experience designing, developing and assembling optical setups + Raman spectroscopy (preferably TERS)
All the info here 👇🏼 Please RT!
IFIMAC - Condensed Matter Physics Center (@ifimacuam) 's Twitter Profile Photo

🗞️NEWS! Soft Matter and Biological Physics Lab UAM Autónoma Madrid created a cellular model to study friction in cell movement. 🧪 vesicles controlled by magnetic fields that precisely reproduces how cells move and discover key transitions between cell rolling and sliding. 👇🏽 uam.es/uam/en/investi…

🗞️NEWS! <a href="/SoftPhysLab/">Soft Matter and Biological Physics Lab</a> <a href="/UAM_Madrid/">UAM Autónoma Madrid</a> created a cellular model to study friction in cell movement. 🧪 vesicles controlled by magnetic fields that precisely reproduces how cells move and discover key transitions between cell rolling and sliding. 👇🏽
uam.es/uam/en/investi…
UCCUAM (@uccuam) 's Twitter Profile Photo

📢Nuevo avance en bioingeniería: UAM Autónoma Madrid y Soft Matter and Biological Physics Lab desarrollan un sistema que imita la fricción celular con vesículas magnéticas, lo que supone avances en biomedicina, robótica blanda y diseño de terapias dirigidas: uam.es/uam/investigac…

📢Nuevo avance en bioingeniería: <a href="/UAM_Madrid/">UAM Autónoma Madrid</a> y <a href="/SoftPhysLab/">Soft Matter and Biological Physics Lab</a> desarrollan un sistema que imita la fricción celular con vesículas magnéticas, lo que supone avances en biomedicina, robótica blanda y diseño de terapias dirigidas: uam.es/uam/investigac…