Abstract
Hybrid materials play a significant role in the development of a number of advanced nanomaterials. Hybrid materials are an excellent choice for use in several fields owing to the unique combination of properties that can be attained from the inorganic and organic components. A proper selection of the inorganic parts (nanoparticles, metals, clusters, or others), and the organic matrix, and the synthesis routes and conditions may allow one to tailor these properties as required and design new hybrid materials and composites for targeted applications. This chapter discusses several promising applications of hybrid materials and highlights some examples.
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