We demonstrate the applicability of self-propulsion as a passive driving mechanism for droplets in chemically-confined microfluidics. The droplets can be used to transport considerably sized solid cargo particles. We implemented thermal actuation as a steering mechanism for the droplets at fluidic junctions
International audienceWe report spontaneous motion in a fully biocompatible system consisting of pur...
The topic of the experimental work summarized in my thesis is the flow in thin liquid films induced ...
Stimuli-responsive materials have gained much attention recently as new means for fluid flow control...
We demonstrate the applicability of self-propulsion as a passive driving mechanism for droplets in c...
Self-propelled droplets capable of transporting cargo to specific target locations are desired tools...
The transport of small amounts of liquids on solid surfaces is fundamental for microfluidics applica...
Self-propelled droplets are a special kind of self-propelled matter that are easily fabricated by st...
The transport of small amounts of liquids on solid surfaces is fundamental for microfluidics applica...
Self-propelled droplets are a special kind of self-propelled matter that are easily fabricated by st...
The ability to move in response to an external stimulus is essential for many lifeforms. Certain cel...
Microscopic active droplets are able to swim autonomously in viscous flows: this puzzling feature st...
Other presentation title : Mobilization and self-propulsion of surfactant droplets on thin liquid fi...
Research in the microfluidic sector has seen serious growth since the 1980s and much progress has be...
Chemotactic movement of ionic liquid droplets Herein we report the chemotactic behaviour of self-...
International audienceThis work proposes and explores a new propulsion mechanism for sessile droplet...
International audienceWe report spontaneous motion in a fully biocompatible system consisting of pur...
The topic of the experimental work summarized in my thesis is the flow in thin liquid films induced ...
Stimuli-responsive materials have gained much attention recently as new means for fluid flow control...
We demonstrate the applicability of self-propulsion as a passive driving mechanism for droplets in c...
Self-propelled droplets capable of transporting cargo to specific target locations are desired tools...
The transport of small amounts of liquids on solid surfaces is fundamental for microfluidics applica...
Self-propelled droplets are a special kind of self-propelled matter that are easily fabricated by st...
The transport of small amounts of liquids on solid surfaces is fundamental for microfluidics applica...
Self-propelled droplets are a special kind of self-propelled matter that are easily fabricated by st...
The ability to move in response to an external stimulus is essential for many lifeforms. Certain cel...
Microscopic active droplets are able to swim autonomously in viscous flows: this puzzling feature st...
Other presentation title : Mobilization and self-propulsion of surfactant droplets on thin liquid fi...
Research in the microfluidic sector has seen serious growth since the 1980s and much progress has be...
Chemotactic movement of ionic liquid droplets Herein we report the chemotactic behaviour of self-...
International audienceThis work proposes and explores a new propulsion mechanism for sessile droplet...
International audienceWe report spontaneous motion in a fully biocompatible system consisting of pur...
The topic of the experimental work summarized in my thesis is the flow in thin liquid films induced ...
Stimuli-responsive materials have gained much attention recently as new means for fluid flow control...
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