Organic photonics/electronics

Applications of Dewetted Structures in Organic Photonics and Electronics 197... 

Molecular devices have been defined as structurally organized and functionally integrated chemical systems they are based on specific components arranged in a suitable manner, and may be built into supramolecular architectures [1.7,1.9]. The function performed by a device results from the integration of the elementary operations executed by the components. One may speak of photonic, electronic or ionic devices depending on whether the components are respectively photoactive electroactive or ionoactive, i.e., whether they operate with (accept or donate) photons, electrons, or ions. This defines fields of molecular and supramolecular photonics, electronics and ionics. 

The formation of photonic, electronic, ionic switching devices from molecular components and their incorporation into well-defined organized assemblies represents the next step towards the development of circuitry and functional materials at... 

Fluorene-Based Conjugated Oligomers for Organic Photonics and Electronics... 

Abstract Recent advances in fluorene-based conjugated oligomers are surveyed, including molecular design, material synthesis and characterization, and potential application to organic photonics and electronics, such as light-emitting diodes, solid-state lasers, field effect transistors, and solar cells. 

Material synthesis and characterization Molecular design Organic photonics and electronics... 

Photoinduced electron and energy transfer are fundamental processes m nature In photosynthetic organisms, photoinduced electron transfer that induces conversion of light into chemical energy begins when photonic excitation reaches the so-called reaction center (RC) Usually. 

J.U. Wallace, S.H. Chen, Fluorene-based conjugated oligomers for organic photonics and electronics. Adv. Polym. Sci. 212, 145-186 (2008)... 

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