Thin films of organic epitaxial nanofibers represent a viable strategy towards the realization of effective organic semiconductor lasers. Outlined on page 117, a novel approach based on organic-organic heteroepitaxy is taken by F. Quochi et al. to endow the nanofibers with a highly functional oligomer heterostructure, enabling random lasing with low thresholds in multiple bands across the visible spectrum.
Organic Nanofibers: Extending the Lasing Wavelength Coverage of Organic Semiconductor Nanofibers by Periodic Organic–Organic Heteroepitaxy
QUOCHI, FRANCESCO;SABA, MICHELE;MURA, ANTONIO ANDREA;BONGIOVANNI, GIOVANNI LUIGI CARLO
2013-01-01
Abstract
Thin films of organic epitaxial nanofibers represent a viable strategy towards the realization of effective organic semiconductor lasers. Outlined on page 117, a novel approach based on organic-organic heteroepitaxy is taken by F. Quochi et al. to endow the nanofibers with a highly functional oligomer heterostructure, enabling random lasing with low thresholds in multiple bands across the visible spectrum.
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