This circuit includes a random network, said random network including: nodes, each node being formed with a pad forming an electric contact borne on a face of a substrate; and links between nodes, each link being formed with at least one unidimensional nanometric object with variable and non-volatile resistance having a configured resistance subsequently to the application of a suitable stimulus between at least one pair of pads connected through said link.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A neuromimetic circuit, it the neuromimetic circuit including a random network, said random network including: nodes, each node being formed with a pad forming an electric contact borne on a face of a substrate; and, links between nodes, each link being formed with at least one unidimensional nanometric object with variable and non-volatile resistance having a resistance configured subsequently to the application of a suitable stimulus between at least one pair of pads connected through said link. 2. The circuit according to claim 1, wherein each unidimensional nanometric object with a variable and non-volatile resistance is a nanowire or a nanotube. 3. The circuit according to claim 1, wherein each unidimensional nanometric object with variable and non-volatile resistance is with a phase transition. 4. A method for making a neuromimetic circuit, the method it includes the of comprising: providing a substrate, a face of which bears a plurality of pads forming electric contacts; preparing a solution including unidimensional nanometric objects with a variable and non-volatile resistance; spraying on said face of the substrate said solution so as to obtain a random network, said random network including nodes formed by the pads and links respectively formed with at least one unidimensional nanometric object; and, configuring the random network by applying a suitable stimulus between at least one pair of the pads of the random network connected through a link in order to adapt the resistance of said at least one unidimensional nanometric object constitutive of said link, so as to obtain a neuromimetic network. 5. The method according to claim 4, wherein preparing a solution including unidimensional nanometric objects with variable and non-volatile resistance comprises of determining a length distribution of said objects and a number distribution of said objects per unit volume. 6. The method according to claim 5, wherein the determination of a length distribution and of a number distribution per unit volume is carried out depending on a distribution of the distances separating the pads on the substrate. 7. The method according to claim 4, wherein spraying is carried out under constraints so as to orient the formation of the links between the pads. 8. A solution including unidimensional nanometric objects with a variable and non-volatile resistance, the solution being able to be used for applying a method for making a neuromimetic circuit as in claim 4.