Ga-analog explores computation through liquid metal instead of code — a system where logic is shaped by material behavior, geometry, and human touch. Using gallium’s phase changes, flow dynamics, and conductive properties, the project reimagines circuits as a sculptable medium rather than a rigid board. Users draw pathways, divide signals, trigger delays, or store states simply by guiding liquid metal through an open-channel landscape. Ga-analog reframes computing as a physical, intuitive practice — equal parts engineering, interaction design, and material exploration.

2025
1.5 month worktime
Individual work