Nanocarbons through the Artist’s Lens

Abstract

Carbon nanomaterials have unique structural and optical properties that have been under-explored for the development of artistic applications. We developed pigments and fluorescent dyes using single-walled carbon nanotube and graphene to create visual art. We developed carbon nanotube-based pigments for application to paper and other solid substrates with optimal fluorescence in the infrared. The photoluminescence of these paints was used to generate artwork that illuminates the unique properties and opportunities inherent in the material. We developed several methods to visualize the near-infrared nanotube emission, including novel lighting solutions as well as imaging solutions, for use with large-scale visual art formats. We also developed large-scale visual art using graphene as a pigment. Laser-induced graphene was synthesized in-situ on paper substrates with dimensions up to 20 x 30 inches. Machine-automated processes allowed the faithful reproduction of computer-generated artwork into graphene on an “artist’s canvas.”