A 20-minute live performance in which every audience member's smartphone becomes a sensing instrument. An iOS / Android AR app runs real-time YOLO object detection while six UWB beacons track each device to centimeter-level precision. At minute ten, PGD adversarial perturbation collapses detection confidence; an AR entity materializes in shared airspace. Object labels are replaced by site-specific narrative text authored from archival research.

A three-version series examining recursive feedback between real-time neural audio synthesis and physical resonance systems. v2 deployed a modified RAVE model across a 49.4-channel Ambisonics system — first deployment of real-time neural audio at this scale in Taiwan's institutional sound-art context. v3 introduced an electromechanical gate apparatus: brass plate driven by stepper motors, solenoids, and pneumatics forming a continuous feedback loop with RAVE synthesis; k-means redistributes output into a five-voice generative score.

A VR installation exploring the photographic notion of the "circle of confusion" — mediation, diffusion, blur, process. Music triggers cascading algorithmic transformations inside a non-representational VR environment. A custom 3D-printed sculpture translates virtual image into tactile sensation. The spatial audio uses a deliberately incomplete Ambisonics array — speaker absences become bidirectional thresholds. A CO₂ / O₂ gas system gives the installation a respiratory rhythm.

A site-specific, time-specific iOS AR performance. Area Target spatial recognition activates the work from a first-person perspective. The work superimposes two absent spaces onto the physical corridor: the artist's private room and the desert pavilion of Taichung Botanical Garden. A moving white cube serves as navigation score, directing each viewer's physical movement through the corridor in sync with spatial electroacoustic composition.

A fully self-designed, self-fabricated analog synthesizer. One master voice and twelve sub-voices, each independently CV-controlled through a shared voltage bus. PCB layouts designed from scratch and hand-etched. The architecture enables full polyphonic or multitimbral control from a single CV source.