CORDIS Project
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This project focuses on developing a digital optofluidic system that uses light to manipulate droplets for various applications in chemistry. It explores novel actuation mechanisms to enhance droplet control on different surfaces, aiming for efficient and flexible chemical reactions.
The precise manipulation of small amounts of liquids is a key-element in many scientific and technological processes involving physics, chemistry and biology.
Digital microfluidics, where drops are individually controlled on open surfaces, has emerged as an alternative to the commonly used channel-based microfluidics.
Current systems, such as electrowetting- and thermocapillary-based platforms, allow for adaptable droplet manipulation but they maintain the limiting need for external actuation de…
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