SoftBio Colloids Lab
@softbiocol.bsky.social
Soft BioColloids Lab @univbordeaux.bsky.social @cnrs.bsky.social
Led by @lauraal.bsky.social
Out-of-equilibrium soft matter, synthetic cells and microgravity
https://softbiocoll.com
Led by @lauraal.bsky.social
Out-of-equilibrium soft matter, synthetic cells and microgravity
https://softbiocoll.com
During "tumbles", the membrane reconfigures, disrupting the Janus asymmetry.
The vesicle stops, loses directionality, then resumes motion in a new direction after phase structure recovers.
This is driven by field-induced membrane fluidity and tension.
The vesicle stops, loses directionality, then resumes motion in a new direction after phase structure recovers.
This is driven by field-induced membrane fluidity and tension.
May 26, 2025 at 9:49 AM
During "tumbles", the membrane reconfigures, disrupting the Janus asymmetry.
The vesicle stops, loses directionality, then resumes motion in a new direction after phase structure recovers.
This is driven by field-induced membrane fluidity and tension.
The vesicle stops, loses directionality, then resumes motion in a new direction after phase structure recovers.
This is driven by field-induced membrane fluidity and tension.
🧲🧪 Field-tunable networks of colloidal rods!
AC fields induce reversible 2D percolated networks at area fractions below theoretical thresholds—dipolar attraction beats excluded volume. #SoftMatter #Colloids #SelfAssembly
AC fields induce reversible 2D percolated networks at area fractions below theoretical thresholds—dipolar attraction beats excluded volume. #SoftMatter #Colloids #SelfAssembly
May 5, 2025 at 9:02 PM
🧲🧪 Field-tunable networks of colloidal rods!
AC fields induce reversible 2D percolated networks at area fractions below theoretical thresholds—dipolar attraction beats excluded volume. #SoftMatter #Colloids #SelfAssembly
AC fields induce reversible 2D percolated networks at area fractions below theoretical thresholds—dipolar attraction beats excluded volume. #SoftMatter #Colloids #SelfAssembly