Molecular electric wire, molecular electric wire circuit using the same and process for producing the molecular electric wire circuit
A molecular electric wire that is formed of an environmentally benign ecological material and enables a microscopic wiring, a molecular electric wire circuit using the molecular electric wire, and the like are provided. The molecular electric wire comprises a rod-shaped organic molecule and an electroconductive material, the electroconductive material being carried by the rod-shaped organic molecule, and the molecular electric wire circuit is formed by using the molecular electric wire.
1 - 15 . (canceled)
16 . A method for producing a molecular electric wire circuit comprising:
a step for forming a pattern on a substrate by way of lithography; and
a step for bonding bonding sites of rod-shaped organic molecules carrying an electroconductive material to the pattern.
17 . A method for producing a molecular electric wire circuit according to claim 16 , wherein the pattern is formed of one of a material of a substrate and a resist.
18 . A method for producing a molecular electric wire circuit according to claim 16 , wherein the substrate is electroconductive and the resist is insulative.
19 . A method for producing a molecular electric wire circuit according to claim 16 , wherein the substrate is insulative and the resist is electroconductive.
20 . A method for producing a molecular electric wire circuit according to claim 16 , wherein the resist is at least one resist selected from the group consisting of a negative-type resist and a positive-type resist, and the lithography is performed by employing at least one of an electron beam irradiation or exposure to light.
21 . A method for producing a molecular electric wire circuit according to claim 16 , wherein the substrate is insulative, the resist is at least one selected from the group consisting of a dielectric methanofullerene, chrome, ITO and an electroconductive polymer, and the lithography is performed by employing the electron beam irradiation.
22 . A method for producing a molecular electric wire circuit comprising:
a step for forming a pattern on a substrate by using irradiation beams,
a step for forming a pattern on a substrate by way of lithography; and
a step for bonding a bonding site of rod-shaped organic molecules carrying an electroconductive material to the pattern.
23 . A method for producing a molecular electric wire circuit according to claim 22 , wherein the beam is selected from laser beams, plasma jet beams, ion beams, electron beams and cluster ion beams.
24 . A method for producing a molecular electric wire circuit according to claim 22 , wherein the volume resistivity is 1×10 0 Ω, cm or more.
25 . A method for producing a molecular electric wire circuit comprising:
a step for forming a layer of rod-shaped organic molecules each carrying an electroconductive material on a substrate; and
a step for removing portions other than a portion on which a pattern is to be formed by etching to form a circuit comprising electroconductive molecules.
26 . A method for producing a molecular electric wire circuit comprising:
a step for forming a pattern on a substrate by a target of capture; and
a step for capturing the target of capture by the capturing structural element of the rod-shaped organic molecule carrying an electroconductive material.
27 . A method for producing a molecular electric wire circuit comprising:
a step for forming an electrostatic latent image pattern on a photosensitive substrate; and
a step for bonding a bonding site of rod-shaped organic molecules to the pattern carrying an electroconductive material so as to form a circuit pattern.
28 . A method for producing a molecular electric wire circuit comprising:
a step for forming one of a hydrophilic pattern and a hydrophobic pattern on a substrate; and
a step for bonding amphiphilic rod-shaped organic molecules each carrying an electroconductive material to the pattern.
29 . A method for producing a molecular electric wire circuit according to claim 28 , wherein the substrate is a hydrophilic substrate and the pattern is hydrophobic.
30 . A method for producing a molecular electrical wire circuit according to claim 28 , wherein a substrate is the hydrophobic substrate and the pattern is hydrophilic.