Collaboration and competition between active sheets for self-propelled particles
A Laskar, OE Shklyaev… - Proceedings of the …, 2019 - National Acad Sciences
Biological species routinely collaborate for their mutual benefit or compete for available
resources, thereby displaying dynamic behavior that is challenging to replicate in synthetic
systems. Here we use computational modeling to design microscopic, chemically active
sheets and self-propelled particles encompassing the appropriate synergistic interactions to
exhibit bioinspired feeding, fleeing, and fighting. This design couples two different
mechanisms for chemically generating motion in fluid-filled microchambers: solutal …
resources, thereby displaying dynamic behavior that is challenging to replicate in synthetic
systems. Here we use computational modeling to design microscopic, chemically active
sheets and self-propelled particles encompassing the appropriate synergistic interactions to
exhibit bioinspired feeding, fleeing, and fighting. This design couples two different
mechanisms for chemically generating motion in fluid-filled microchambers: solutal …
Collaboration and Competition Between Active Sheets for Self-Propelled Particles
AC Balazs, L Hall - 2020 - cbe.seas.upenn.edu
Biological species routinely collaborate for their mutual benefit or compete for available
resources, thereby displaying dynamic behavior that is challenging to replicate in synthetic
systems. Here, we use computational modeling to design microscopic, chemically active
sheets and self-propelled particles encompassing the appropriate synergistic interactions to
exhibit bio-inspired “feeding”,“fleeing” and “fighting”. This design couples two different
mechanisms for chemically generating motion in fluid-filled microchambers: solutal …
resources, thereby displaying dynamic behavior that is challenging to replicate in synthetic
systems. Here, we use computational modeling to design microscopic, chemically active
sheets and self-propelled particles encompassing the appropriate synergistic interactions to
exhibit bio-inspired “feeding”,“fleeing” and “fighting”. This design couples two different
mechanisms for chemically generating motion in fluid-filled microchambers: solutal …
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