Microscopy

De Novo Gene Transcription of Connexin Mediates Cytoplasmic Fluid Exchange and Flocking Transitions in Physiological and Cancerous Epithelial Systems
The initial invasion of tumors requires a transition from a solid, jammed state to a fluid-like, flocking, unjammed state that enables …
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ShearView: A compact stress- and strain-controlled linear rheometer for integrated rheomicroscopy
We present ShearView, a compact, cost-effective, and open-source linear rheometer, that enables both strain- and stress-controlled …
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ShearView: A compact stress- and strain-controlled linear rheometer for integrated rheomicroscopy
The Hitchhiker's Guide to Differential Dynamic Microscopy
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One- and two-particle microrheology of soft materials based on optical-flow image analysis
Particle-tracking microrheology probes the rheology of soft materials by accurately tracking an ensemble of embedded colloidal tracer …
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The Non-Equilibrium Physics of Colloidal Sedimentation
The project aims to combine novel quantitative microscopy approaches and advanced computer simulations to capture in full detail the richness of the sedimentation process in model samples.
The Non-Equilibrium Physics of Colloidal Sedimentation
Gravitationally TApping Colloids in Space (GTACS)
Investigating the connection between velocity fluctuations and concentration fluctuations that occur during the sedimentation of particles in a fluid under microgravitational environment.
Gravitationally TApping Colloids in Space (GTACS)
📢 Registration open: Bombannes Summer School 🎉 Congratulations on Graduation 🚨 New Project alert 📄 Latest publication: ShearView 📢 Registration open: Bombannes Summer School 🎉 Congratulations on Graduation 🚨 New Project alert 📄 Latest publication: ShearView