Mekala Krishnan, David Erickson
Abstract
Here we demonstrate the use of optofluidics to create rapidly reconfigurable channel based microfluidic systems, implemented through reversible rheological changes in a polymer solution flowing within the microfluidic device and dynamic photomasking.
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Here we demonstrate the use of optofluidics to create rapidly reconfigurable channel based microfluidic systems, implemented through reversible rheological changes in a polymer solution flowing within the microfluidic device and dynamic photomasking.
Key concepts: Microfluidics, Optofluidics, Channel (broadcasting), Computer science, Nanotechnology, Materials science, Telecommunications