An open-access Python simulation of weakly ionized gases that models electrical conductivity and optical emission as threshold-based digital logic gates.
The research combines electron density kinetics, a two-temperature plasma model, adaptive ODE integration, one-dimensional reaction-diffusion and Monte Carlo uncertainty analysis.
Schmitt trigger hysteresis and stateful SR latch cells model resistance to chatter in noisy optical detector signals and quantify how plasma instabilities affect logic accuracy. The software is published on Zenodo with a permanent DOI.