Patent ID: 7918982

Claim:
A method of electrically fabricating an electrically conductive nano-wire using an electrochemical apparatus, said electrochemical apparatus comprising: two electrodes facing each other, and formed on a substrate, an electrochemical cell, and a voltage control device connected to the two electrodes, for controlling a voltage applied to the two electrodes; wherein the electrochemical cell includes: an electrolytic solution holder section for holding an electrolytic solution, and a substrate plug section for plugging the substrate; the site of the substrate plug section exposing the substrate when the substrate is plugged in the substrate plug section is covered with an insulator; the two electrodes have respective protrusions located either between both ends of each electrode and extending toward the other electrode, or on one end of each electrode and extending toward the other electrode by bending the each electrode at the one end; each end of the protrusions of the two facing electrodes faces each other in parallel, or is tapered as approaching the other protrusion; the two electrodes have an insulated portion covered with an insulator; and a gap between the closest sites of the two electrodes formed on the substrate is from 1 nm to 100 μm; wherein the electrochemical cell holds said electrolytic solution, said electrolytic solution containing tetraphenyl phosphonium dicyanocobalt (III) phthalocyanine, which are molecules that are to constitute a molecular assembly by growing a crystal utilizing charge-transfer interaction, and acetonitrile; the method of electrically fabricating the nanowire comprising: electrolytically forming a nano-wire having a diameter of 1 nm to 1 μm and a length of 1 nm to 100 μm by applying a DC voltage and/or an AC voltage having the maximum potential difference across the two electrodes of 10 mV to 20 V across the two electrodes for 0.001 seconds to 10 days in the state wherein the electrolytic solution and the two electrodes are in contact.