A method for laser assisted synthesis and/or formation of hybrid nanocomposite materials and contactless direct deposit and/or writing thereof onto a surface of a receiving substrate, comprising the steps of: - providing one or more sources of laser energy for producing laser energy; - providing a focusing lens; - providing a receiving substrate, wherein the receiving substrate is positioned opposite to the source of laser energy; - providing a laser beam opaque inorganic target, wherein the laser beam opaque inorganic target is positioned between the receiving substrate and the source of the laser energy and wherein the laser beam opaque inorganic target comprises an organic layer that is deposited on the back side of the laser beam opaque inorganic target facing the receiving substrate, said organic layer being in direct contact with said laser beam opaque inorganic target, and said organic layer being of a material having distinct physical and/or chemical properties from the laser beam opaque inorganic target material; - providing a support for holding said laser beam opaque inorganic target at a fixed distance relative to said receiving substrate; - positioning the laser beam opaque inorganic target comprising the organic layer in a spaced relation to the one or more sources of laser energy so that the laser energy from said one or more sources of laser energy is directed through the focusing lens to strike directly the laser beam opaque inorganic target comprising the organic layer at the defined target location to perforate the laser beam opaque inorganic target at said target location and create a projection of molten droplets of inorganic material; wherein said projection passes through the organic layer and said molten inorganic droplets ablate the organic material, thereby forming a projection of hybrid nanocomposite material containing inorganic material from the laser beam opaque inorganic target and organic material from the organic layer, wherein said projection of hybrid nanocomposite material is directed to the receiving substrate and said hybrid nanocomposite material is transferred and deposited at a defined location on the receiving substrate; - repeating the steps of positioning and striking the laser beam opaque inorganic target at successive target location, thereby exposing the laser beam opaque inorganic target at said successive defined target location to the one or more sources of laser energy such that deposit and/or writing of the hybrid nanocomposite material occurs at successive defined target locations of the receiving substrate. - providing one or more sources of laser energy for producing laser energy; - providing a focusing lens; - providing a receiving substrate, wherein the receiving substrate is positioned opposite to the source of laser energy; - providing a laser beam opaque inorganic target, wherein the laser beam opaque inorganic target is positioned between the receiving substrate and the source of the laser energy and wherein the laser beam opaque inorganic target comprises an organic layer that is deposited on the back side of the laser beam opaque inorganic target facing the receiving substrate, said organic layer being in direct contact with said laser beam opaque inorganic target, and said organic layer being of a material having distinct physical and/or chemical properties from the laser beam opaque inorganic target material; - providing a support for holding said laser beam opaque inorganic target at a fixed distance relative to said receiving substrate; - positioning the laser beam opaque inorganic target comprising the organic layer in a spaced relation to the one or more sources of laser energy so that the laser energy from said one or more sources of laser energy is directed through the focusing lens to strike directly the laser beam opaque inorganic target comprising the organic layer at the defined target location to perforate the laser beam opaque inorganic target at said target location and create a projection of molten droplets of inorganic material; wherein said projection passes through the organic layer and said molten inorganic droplets ablate the organic material, thereby forming a projection of hybrid nanocomposite material containing inorganic material from the laser beam opaque inorganic target and organic material from the organic layer, wherein said projection of hybrid nanocomposite material is directed to the receiving substrate and said hybrid nanocomposite material is transferred and deposited at a defined location on the receiving substrate; - repeating the steps of positioning and striking the laser beam opaque inorganic target at successive target location, thereby exposing the laser beam opaque inorganic target at said successive defined target location to the one or more sources of laser energy such that deposit and/or writing of the hybrid nanocomposite material occurs at successive defined target locations of the receiving substrate.