Lightweight Graphene Wire Production

ABSTRACT: In order to lower the weight in aircraft that is associated with wiring; there are few choices: (i) superconducting wires could be used; but would seem effective only for high currents; (ii) new materials could be developed using exotic electronic principles, which have strong merit; or (iii) known materials can be used in clever ways. We herein propose to develop the latter use materials that are clearly known to produce a conductivity/mass well greater than Cu or Al, operate cooler, and also allow the merging of conducting wire with fiber optics ultimately through relatively simple mechanical spooling. We will specifically target current wires through to 20Amps and that meet military specifications performance parameters. In Phase I SMI will demonstrate proof of concept, refine scaling approach, and deliver material samples made. Phase II will address fabrication of scaled wires. Phase III will address product production. The result will be superior current/mass ratio for USA military and commercial needs. BENEFIT: Lowering the weight on aircraft increases their maneuverability, their range, and or their delivery capacity. Reducing component dimensions allows for craft size reduction or more diversified payloads. The benefit will be the opportunity to build and operate aircraft superior to heavier aircraft