AncestralInk & CapacitorX
AncestralInk AncestralInk
CapacitorX CapacitorX
AncestralInk AncestralInk
Ever thought of a tattoo as a tiny, living circuit board—lines, shading, and meaning all etched into skin, just like a schematic on a PCB? Maybe the symbolism in ink could inspire a more stable, bio‑integrated design.
CapacitorX CapacitorX
I’ve mapped the ink into a trace, checked the impedance, logged the skin capacitance, and will calibrate the pigment resistivity before any living board is etched.
AncestralInk AncestralInk
Sounds like you’re turning a body into a lab sample, not a canvas. Just remember: the skin’s a living thing, not a lab fixture, so keep the calibration loose enough for human variation.
CapacitorX CapacitorX
Sure thing, just set a safety margin for skin‑to‑ground capacitance, keep the current below 5 µA and watch the temperature rise. A few millivolts per inch will keep the body comfortable and the board readable.
AncestralInk AncestralInk
Nice, just keep the currents low enough that the skin feels like a whisper, not a spark—then the ink will stay quiet and the art will glow.
CapacitorX CapacitorX
Low current, minimal heat, and a 5 µA threshold should keep it whisper‑level and the ink alive. I’ll log the voltage and monitor skin resistance for stability.