Experiment 4 - Hands-On Space

This experiment combines interactive technology and visual art through the use of Arduino sensors, allowing users to directly control and manipulate the generated visuals. By integrating a potentiometer and button, users can adjust key elements of the visuals in real time: the potentiometer controls zoom, offering a dynamic sense of depth and perspective, while the button changes the shape, adding versatility to the visual experience.

This project creates an engaging, hands-on environment where users become active participants, exploring how physical inputs can transform digital art and foster a deeper connection between viewer and visualization.

For the Arduino experiment, we implemented two sensor inputs: a potentiometer and a button. This setup allows users to have full control over the visuals, with the potentiometer adjusting zoom intensity and the button altering the shape. The goal was to create an interactive experience where users could dynamically influence the visual output, making the artwork responsive and engaging.

Hands-On Space hopes to blurs the line between viewer and creator, inviting participants to actively shape their visual journey. By combining tactile interaction with digital aesthetics, the experiment highlights the power of sensory technology in digital art, transforming passive observation into an immersive, hands-on exploration of form and perspective.