11th International Conference on
Tokyo, Japan
Hybrid nanomaterials combine organic and inorganic components at the nanoscale to create multifunctional platforms with synergistic properties. These materials bridge the gap between soft and hard matter, enabling tailored combinations of flexibility, conductivity, magnetism, or reactivity. By integrating distinct nanoscale building blocks, they surpass the limitations of single-component systems. Their architectures can be layered, core-shell, porous, or matrix-embedded—offering unprecedented control over structure-function relationships. Applications span catalysis, energy harvesting, biosensing, and environmental remediation. They are especially powerful in fields that demand multiple functionalities within a single material system. Hybrid nanomaterials are not simply mixtures—they are engineered interactions at the atomic level, designed for purpose-driven innovation.
Organic-Inorganic Nano-Hybrids
Core–Shell and Layered Nanostructures
Porous & Framework-Based Hybrids
Hybrid Nanomaterials in Energy Systems
Smart & Stimuli-Responsive Hybrids
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