ELECTRONIC DEVICE COMPRISING INTERLAYER WITH GRAPHINE QUANTUM DOT AND METHOD FOR FABRICATING THE SAME

摘要

The present invention relates to a plasma display panel comprising a first electrode; A hole transport layer located on the first electrode; A single or a plurality of intermediate layers located on the hole transporting layer and including graphene quantum dots (N-CD); Any one conversion layer selected from the group consisting of an all-optical conversion layer (light-emitting layer) and a photoelectric conversion layer, which is located on the intermediate layer and includes a quantum dot (QD); An electron transport layer positioned on the conversion layer; And a second electrode located on the electron transport layer, wherein the energy barrier between the interfacial surface is lowered through selective bandgap and work function control of the intermediate layer, and the fluorescent resonance energy transfer is caused to occur together. And an electronic device in which charge transfer and energy absorption are facilitated in the light emitting layer or the photoelectric conversion layer using one active layer, and a manufacturing method thereof.