Bacteriophage-based inorganic materials synthesis is an innovative approach that leverages the unique properties of phages to create advanced materials. By genetically engineering phages to bind specific inorganic particles, researchers can produce nanomaterials with precise structures and functions. This method is used in applications like biosensors, energy storage, and medical devices. Bacteriophage-based inorganic materials synthesis offers a sustainable and efficient alternative to traditional chemical methods, enabling the development of cutting-edge technologies with potential impacts across multiple industries.