Electronic device and method of manufacturing the same

A method of manufacturing an electronic device, comprising:

• forming a lower layer that is made of at least one kind of a molecular material having a doping function;
• forming a nanocarbon material on the lower layer;
• forming a pair of electrodes that is electrically connected to the nanocarbon material;
• and
• on the nanocarbon material, forming an upper layer that is made of at least two kinds of molecular materials having doping functions whose polarities are reverse to each other, wherein
• the nanocarbon material constitutes one type selected from among an NPN structure, a PNP structure, an N+P−P+ structure, and a P+N−N+ structure in a region between the pair of electrodes by the lower layer and the upper layer.

An electronic device, comprising:

• a nanocarbon material;
• a pair of electrodes that is electrically connected to the nanocarbon material;
• a lower layer that is formed under the nanocarbon material and is made of a molecular material having a doping function;
• and
• an upper layer that is formed on the nanocarbon material and is made of a molecular material having a doping function, wherein
• at least one of the lower layer and the upper layer includes at least two kinds of molecular materials having doping functions whose polarities are reverse to each other, and
• the nanocarbon material constitutes one type selected from among an NPN structure, a PNP structure, an N+P−P+ structure, and a P+N−N+ structure in a region between the pair of electrodes by the lower layer and the upper layer.

An electronic device, comprising:

• a nanocarbon material;
• a pair of electrodes that is electrically connected to the nanocarbon material;
• and
• a lower layer that is formed under the nanocarbon material and is made of at least two kinds of molecular materials having doping functions whose polarities are reverse to each other, wherein
• the nanocarbon material constitutes one type selected from among an NPN structure, a PNP structure, an N+P−P+ structure, and a P+N−N+ structure in a region between the pair of electrodes by the lower layer.

An electronic device, comprising:

• a nanocarbon material;
• a pair of electrodes that is electrically connected to the nanocarbon material;
• and
• an upper layer that is formed on the nanocarbon material and is made of at least two kinds of molecular materials having doping functions whose polarities are reverse to each other, wherein
• the nanocarbon material constitutes one type selected from among an NPN structure, a PNP structure, an N+P−P+ structure, and a P+N−N+ structure in a region between the pair of electrodes by the upper layer.