EXPERIMENT 4 : HOLOGRAPHIC REALMS
This experiment explores the captivating connection between Arduino sensor inputs and p5.js to create interactive visuals inspired by the vibrant aesthetics of neon lights and the mesmerizing Jewel light show. Our goal was to merge technology and art, resulting in an engaging experience that invites participants to interact with the visuals in real time.
The core of the project revolves around an Arduino setup, where pressing a button activates an LED and simultaneously triggers dynamic on-screen visuals in the p5.js sketch. Each press of the button not only lights up the LED but also reveals a unique visual design on the screen, showcasing a range of colors, shapes, and patterns that respond to our actions. This interactivity creates a sense of playfulness and engagement, as users can explore how their inputs directly influence the visual output.
In addition to the coding and hardware components, we crafted a physical enclosure designed to enhance the interactive experience. This enclosure features a hologram effect, adding an extra layer of intrigue and depth to the visuals. As the visuals shine through the enclosure, they create an enchanting display that elevates the overall experience, inviting viewers to engage not only with the visuals but also with the physicality of the installation.
Throughout this project, we emphasized experimentation, drawing inspiration from the Data Spaces brief. The combination of Arduino inputs and p5.js not only allowed us to create visually stunning outputs but also fostered a deeper understanding of the relationship between physical actions and digital responses.
"The quantum hologram is a mechanism to explain this concept of the ancients of the Akashic Records. It also explains Rupert Sheldrake's work among animals [his theory of morphic fields and morphic resonance, leading to a vision of a living, developing universe with its own inherent memory."
In Experiment 4, we delved into the intriguing relationship between Arduino sensor inputs and p5.js to create interactive visuals inspired by the vibrant Jewel light show. By integrating an Arduino button to trigger LED lights and dynamic on-screen graphics, we crafted an engaging experience where each button press unveiled a new visual design. This hands-on approach highlighted the interplay between physical interaction and digital art, allowing us to experiment with the immediacy and responsiveness of our creations. Additionally, we also designed a physical enclosure with a hologram effect, which projected our visuals, further enhancing the immersive experience.