Organic-inorganic hybrid nanocomposite thin films for high-powered and/or broadband photonic device applications and methods for fabticating the same and photonic device having the thin films

摘要

And an optical element that includes high power / broadband optical device comprising a semiconductor quantum dot layer Edition presence of the organic coordination ligand group nanocomposite thin film and this is disclosed with respect to its manufacturing method. The present invention inorganic nanocomposite thin films is a polymer layer, and a laminate structure, or a first hole first polymer layer pattern with the first having a containing magnetic is a semiconductor quantum dot layer of the organic ligand is coordinated with the assembly on the polymer layer coordinated with an organic ligand which is filled in the first hole comprises a first composite thin film including a semiconductor quantum dot pattern layer. Inorganic nanocomposite films of the present invention may be of a multi-layered organic thin film composed of a plurality of layers laminated to one cheungssik alternately by spin coating alternately the semiconductor quantum dot solution and the polymer solution. High-density, hybrid optical device by providing a thin film nanocomposite Edition bond the semiconductor quantum dot layer and the polymer layer in a broadband can be implemented physically cut high power, broadband, high-intensity, high sensitivity of the optical element and an optical element can be made flexible in character. ; Semiconductor quantum dots, organic ligand, self-aligned, the spin coating, the optical element