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Pixels to Droplets: Multi-Output Display of Color, Odor, and Shape Change with Organic Primitives

Pixels are considered to be the smallest addressable unit in a digital image system. I propose that Droplets are the smallest addressable unit within a fluid based information display. Just as pixels are the programmed visual representations from the information output of computers, droplets can be generated from the information output of molecules. Using Organic Primitives, a toolbox of pH-reactive sensor-actuator materials, I explore multi-modal methods for human interaction with molecules. We typically use culturally recognizable symbols to communicate with Pixels. With Organic Primitives, objects such as apples are transformed into information displays, utilizing innate signals from nature to communicate. For example, we infer pain when we see blood, feel a sense of trypophobia or danger when we see spotted patterns, and have an inherent adverse response to sulphuric odors. Utilizing these color, odor and shape changing primitives, I demonstrate how interactions with organic, fluid-based systems can be made possible.