Fluorescent Pulse
A real-time interactive installation simulating dynamic cellular processes.
Context
Artist–Research Collaboration
Role
Artist & Interaction Designer
Time
4 Weeks
Context
Where scientific research meets design.
This project grew out of close collaboration with a biological researcher studying synthetic morphogenesis—how cells are programmed to self-organize into complex structures.
Fluorescence Microscopy
Through lab visits I studied how scientists observe, manipulate, and interpret cellular behavior using fluorescence microscopy.
Seeing Life at a Cellular Scale
Watching cells reminded me of the fragility and power of living systems. That moment inspired me to make cellular life tangible through design.
Cardiomyocytes
One of the most impactful moments during the lab visit was seeing synthesized heart cells beat. They were so powerful and gave me sense of awe.
Research
Interview Insights
I interviewed the researcher about his approach, values, and what he hopes the public takes away from his work.
Here are some insights that guided this project.
Final Result
Translating Science into Experience
Using TouchDesigner, I built a node-based interactive system driven by real-time finger tracking. Viewers influence how cells shift and reorganize through their hand movements, experiencing the tension between digital control and biological unpredictability.
Three Interactive Variables
To translate research insights into a scalable product, I applied a clear design strategy
across workflows, information architecture, and a scalable design system.
Rotate
Controls how cells shift, merge, and self-organize.
Dither
Transitions between digital, pixelated abstraction and realistic cellular visualization.
EDM Soundscape Modulation
Modulates rhythm and intensity, reflecting the unpredictable energy of cellular activity.
