A series of real-time spatial studies investigating architectural acoustics, ecological telemetry, and mathematical light geometry inside Unreal Engine 5.
An Unreal Engine 5 real-time art experiment mapping architectural audio frequencies to the biological rhythm of forest trees. The installation visualizes the invisible communication channels of mycelium networks and tree root systems, creating a digital sanctuary of natural pulses.
Biosensor telemetry from live forest sites drives the system, creating a dynamic biological loop that translates environmental data into a meditative aesthetic space.
Utilizes Nanite and Lumen inside Unreal Engine 5 to render a photorealistic pine forest. The visual rhythms (leaf movement, bioluminescent pulses, particle flows) are driven by real-time audio analysis.
An immersive light sculpture exploring mathematical symmetries through twelve-sided glass structures. Visitors are surrounded by custom dodecahedrons that project intricate geometric patterns.
The sculpture reflects spatial audio based on real-time participant coordinates, turning the physical gallery space into a contemplative, synesthetic sanctuary.
Constructed from custom-designed dichroic glass panels and internal LED matrices. The lighting states and spatial audio fields are procedurally generated.
This creates an ever-changing environment where light refraction and sound waves react to visitor proximity and movement patterns, inviting them to slow down and observe.