Polymer-inorganic hybrid materials: Challenges and optimization strategies for high-performance applications

Polymer-inorganic hybrid (PIH) materials combine the flexibility of polymers with the mechanical strength and thermal stability of inorganic components, offering significant potential for applications in energy storage, optoelectronics, biomedical devices, and environmental remediation. This review identifies major challenges including poor interfacial compatibility, limited scalability, environmental impact, and discusses strategic solutions such as interface engineering, computational modeling, and morphology optimization. Recent advances are discussed in the context of their transformative applicability for next-generation devices, emphasizing sustainability and practical implementation.