2023
fabric, sponge, motor, acrylic glass, mirror film, camera, Monitor
(Robot size 200x380x180mm)
Variable Installation
The audience is invited to interact with a small, wheeled robot to search for a tiny onigiri hidden in the corner of the space. As the robot approaches, a sensor triggers the onigiri to spin.
The robot is equipped with a camera that streams live footage to a monitor. The visual feed is deliberately misaligned with the robot’s steering direction, causing its movements to feel disjointed. This disconnection creates a sense of cognitive dissonance as the audience navigates the robot through the space.
2023
fabric, pipe, lenses, foam, wood
450x410x1700mm
EYE-BALL offers viewers awkward perspectives by employing a structure designed to capture motion through object distortion. It enables individuals to experience the expansion and contraction of their vision through the utilization of a concave lens, convex lens, and mirror.
Due to the presence of these distinct two lenses, the images observed through them appear different and vary in size based on their positioning.
Similar to adjusting the lens of a camera to achieve focus, this object is able to make a variable focus, whether it is on a distant object or a nearby one. Consequently, each person possesses a distinct focal point, resulting in different viewing positions.