Abstract: Provided are: an organic electronic multi-sensor wherein an ionic electrolyte and an organic semiconductor polymer are fused to form a double layer and have a mesh shape; and a method for producing same. The organic electronic multi-sensor provides different, complementary ion and charge transfer pathways depending on the volume ratio of the ionic electrolyte and thus is capable of distinguishing the electrical resistance properties of volatile organic compounds having a wide range of polarities. In addition, the organic electronic multi-sensor senses light of respective wavelengths on the basis of optical signals, converts temperatures to electrical signals according to thermal signals, and thus can sense each environment change.

Abstract: Provided are: an organic electronic multi-sensor wherein an ionic electrolyte and an organic semiconductor polymer are fused to form a double layer and have a mesh shape; and a method for producing same. The organic electronic multi-sensor provides different, complementary ion and charge transfer pathways depending on the volume ratio of the ionic electrolyte and thus is capable of distinguishing the electrical resistance properties of volatile organic compounds having a wide range of polarities. In addition, the organic electronic multi-sensor senses light of respective wavelengths on the basis of optical signals, converts temperatures to electrical signals according to thermal signals, and thus can sense each environment change.

Abstract: An electronic device is disclosed including a side member at least partially enclosing a hollow formed between a first surface and a second surface, the second surface disposed facing away from the first surface, a display panel disposed between the first and second surfaces, arranged to display content towards the first surface, a cover panel disposed on the display panel, and a protective film mounted on the cover panel, including: a base layer disposed on the cover panel, a hard coating layer coated on the base layer, and an anti-fingerprint (AF) coating layer coated on the hard coating layer, including a thickness between 80 nm and 200 nm.

Abstract: An electronic device is provided.

Abstract: An image forming element, a fabricating method of the image forming element, and an image forming apparatus having the image forming element is provided. The image forming element includes a drum body, a driving circuit mounted within the drum body, a support plate which penetrates through the drum body longitudinally along the drum body, the support plate being coupled to the driving circuit, an insulating layer formed on at least one portion of an outer circumference of the drum body, a conductive polymer layer formed on the insulating layer, the conductive polymer layer including one or more conductive areas and one or more insulating areas, which are aligned in an alternating pattern, and a protective layer formed on the conductive polymer layer, wherein the conductive areas on the conductive polymer layer are electrically connected to the driving circuit.