Quantum Intelligence in Microbial Genetics: A New Frontier

Abstract

Microbial genetics has long been studied using classical molecular biology approaches, but emerging evidence suggests that quantum phenomena might play a role in microbial adaptation and genetic interactions. Quantum effects, such as superposition and entanglement, could influence gene expression, mutation rates, and evolutionary pathways. However, the complexity of these interactions makes them challenging to study using conventional biological models. Here, we propose using artificial intelligence (AI)-driven quantum simulations to explore the potential quantum nature of microbial genetic processes, providing a novel perspective on microbial adaptability and evolution.