In this research, I present a comprehensive and novel vision of the "Modern Microbiota Revolution," where microorganisms are transformed from mere vital elements in nature, of which humans have no benefit, into intelligent engineering systems capable of tangibly improving human life. This vision relies on utilizing the biological principles of microorganisms, such as metabolism and excretion, while integrating a small amount of environmentally friendly, inexpensive, and sustainable technology into fields such as paints, asphalt, water pipes, and modern automotive systems. The theory Is based on developing self-healing materials and systems in paints, asphalt, and water pipes that are environmentally friendly and efficient in transmitting energy and information. In modern automotive systems, through the integration of: bacteria that precipitate calcium carbonate Biological energy-transporting systems inspired by chloroplasts, which efficiently transfer energy between their protein compounds; and protective living layers in water networks and infrastructure, this research opens new horizons for designing sustainable technologies that reduce resource consumption and protect the environment, while enhancing performance and efficiency in cars and public utilities. This vision for infrastructure goes beyond the theoretical level, proposing innovative application mechanisms to serve as a cornerstone for a future that benefits humanity even more than it does today In infrastructure, including modern cars. This involves integrating microorganisms as practical and intelligent elements in infrastructure and modern technologies, achieving an integration of microbial vitality, sustainability, and efficiency
Mohammed Eissa (Thu,) studied this question.