Method and materials for creating patterns of carbon and/or other elements on substrates or within liquid or frozen media by directed energy deposition of carbon and other elements

A method for creating patterns on surfaces by directed energy deposition of metals or metal-containing compounds said method comprising, selecting a pattern for deposition on a surface of a solid substrate,

• providing a reaction mixture comprised of a deposit precursor, a directed
• electromagnetic radiation apparatus, said solid substrate, and a reaction vessel, placing the substrate and reaction mixture in the form of a gas or liquid, which is
• absorbed or adsorbed to the substrate, into the reaction vessel,
• selectively sending directed electromagnetic radiation towards the adsorbed or absorbed reaction mixture in the reaction vessel with the directed energy emission apparatus,
• wherein said selectively sending directed electromagnetic radiation step further comprising either:
• inscribing said pattern with a moving point of incidence of said directed electromagnetic radiation, or
• applying said preselected pattern to said substrate, wherein the form of said preselected pattern is embodied in an interference pattern of the electromagnetic waves applied to said substrate,
• wherein the deposit precursor is a volatile or soluble substance selected from a group consisting of metal carbonyls, metal, metalloid alkyls, metal hydrides, metalloid hydrides, metal cyclopentadienyls, metal alkoxides, metal acetates and combinations thereof,
• wherein electromagnetic energy including laser light is directed by an optical device which creates an intense beam or interference pattern in three dimensions or is projected onto a two-dimensional surface in said selected pattern such that the deposit precursors are only activated to become a deposit where overlapping electromagnetic waves reinforce, and
• further wherein an electrically insulating layer is deposited by directed energy acting on a precursor compound wherein magnesium oxide is deposited upon decomposition of said precursor compound, thereby forming an insulating layer.

A method for de novo creation of patterns on surfaces by directed energy deposition of metals or metal-containing compounds said method comprising,

• selecting a pattern for de novo deposition on a surface of a solid substrate, generating said pattern de novo by,
• providing a reaction mixture comprised of a deposit precursor, a directed
• electromagnetic radiation apparatus, said solid substrate, and a reaction vessel,
• placing the solid substrate and reaction mixture in the form of a gas or liquid, into the reaction vessel,
• selectively sending directed electromagnetic radiation such that the directed energy is directed onto a surface of the solid substrate,
• wherein, said directed electromagnetic radiation having a wavelength greater than 700 nanometers, wherein the directed energy impinging onto the substrate, thereby directly heating the substrate to effect thermal decomposition of said deposit precursor at the surface of the solid substrate,
• wherein said selectively sending directed electromagnetic radiation step further comprising either:
• inscribing said pattern with a moving point of incidence of said directed electromagnetic radiation on said surface of the solid substrate, or
• applying said preselected pattern to said surface of the solid substrate, wherein the form of said preselected pattern is embodied in an interference pattern of the electromagnetic waves applied to said surface of said substrate,
• wherein the deposit precursor is a volatile or soluble substance selected from a group consisting of metal carbonyls, metal, metalloid alkyls, metal hydrides, metalloid hydrides, metal cyclopentadienyls, metal alkoxides, metal acetates and combinations thereof.