▎ 摘　　要

NOVELTY - Fabrication process of two-dimensional amorphous carbon film assembled from graphene quantum dots involves applying a solution to a solid support such that graphene-containing quantum dots from the solution are deposited as a monolayer onto a surface of the solid support, where each of the graphene-containing quantum dots from the solution comprises a graphene portion and one or more aliphatic portions covalently bonded to the graphene portion and applying heat to the solid support and the graphene-containing quantum dots deposited on such that the aliphatic portions of neighboring graphene-containing quantum dots coalesce and forming a two-dimensional carbon film such that the two-dimensional carbon film comprises many discrete graphene regions connected via amorphous carbon regions. USE - Fabrication process of two-dimensional amorphous carbon film assembled from graphene quantum dots. ADVANTAGE - The fabrication processes facilitates the low-cost manufacture of large arrays of memristor devices in a single integrated circuit under a restricted thermal budget. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a two-dimensional carbon film, which comprises a locally substantially planar layer of carbon, wherein the locally substantially planar layer of carbon comprises a plurality of discrete graphene regions connected via amorphous carbon regions.