Boosted Annealing of Colloidal Monolayers using Active Dopants
ORAL
Abstract
Active particles are microscopic particles, which can inject energy locally and made available by recent progress in colloidal science. They are ideal "pump-probes" to explore the emergent properties in non-equilibrium soft systems and control the behavior of soft matter and self-assembly at the microscale.
In this talk, we will demonstrate how active particles added to a material to regulates its activity internally and boost the annealing of a colloidal monolayer. It opens a broad range of novel opportunities to thermal treatments, where the properties of matter are not controlled macroscopically but microscopically and in real time by active dopants.
In this talk, we will demonstrate how active particles added to a material to regulates its activity internally and boost the annealing of a colloidal monolayer. It opens a broad range of novel opportunities to thermal treatments, where the properties of matter are not controlled macroscopically but microscopically and in real time by active dopants.
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Presenters
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Sophie Ramananarivo
LadHyX, University of California, San Diego
Authors
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Sophie Ramananarivo
LadHyX, University of California, San Diego
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Etienne Ducrot
CSMR, New York University, Department of Physics, NYU, New York University
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Jeremie Palacci
University of California, San Diego