Abstract This paper explores the possibility of applying the Global Complexity Stability Theory (GCST) and THE ARC (FN) framework to the suppression of pathogenic organisms in microbiological environments, such as wastewater treatment systems. Pathogenic viruses and harmful bacteria are interpreted as self-organizing instability modes driven by organic load and environmental stagnation. The engineering goal is to create conditions in which the stability number of pathogenic populations collapses, while beneficial decomposer microbiota remain viable. The model combines diffusion, thermal inactivation, oxidative stress and controlled forcing to achieve targeted destabilization of harmful biological modes.
Р С Лукин (Sun,) studied this question.