Bright, balanced white-light electro-luminescence has been achieved from a single active oligothiophene compound. White light is created by the superposition of a broad blue-green-light emission originating from the single molecule and a red-shifted narrow peak due to dimer formation. These results open the way to the fabrication of novel, low-cost white-light-emitting devices with a single molecular material as the active compound.

Bright white organic light-emitting devices from a single active molecular material

MAZZEO, MARCO;ANNI, Marco;CINGOLANI, Roberto;GIGLI, Giuseppe
2005

Abstract

Bright, balanced white-light electro-luminescence has been achieved from a single active oligothiophene compound. White light is created by the superposition of a broad blue-green-light emission originating from the single molecule and a red-shifted narrow peak due to dimer formation. These results open the way to the fabrication of novel, low-cost white-light-emitting devices with a single molecular material as the active compound.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11587/107813
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