Remarkable images show how LASERS can be used to make electronic works of art by turning carbon into graphene

Stunning images reveal how a laser was used to convert carbon into graphene and form works of art in the process.

Chemists from Rice University have teamed up with a Houston-based artist to create the striking images.

Because graphene conducts electricity, the technique could be eventually used to create interactive electronic artworks, the team claim.

The artworks are a collaboration between chemist James Tour and his colleagues at Rice University, in Texas, and Houston-based artist James Cohen.

Instead of ink, each work of art is drawn in graphene, which is created by using the energy of a laser to convert carbon into microscopic flakes of graphene.

Carbon can be found in common polymers and many other materials.

Graphene is a form of carbon in which the atoms are lain out in hexagonal patterned sheets – one of the images created in the project reveals its molecular structure.

Professor  Tour developed the laser-induced-graphene method back in 2014, and is now applying the technique to produce the team’s unique works of art.

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