TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Components: Feedstock substance contains methane, ethane, propane, butane, and/or other paraffin. The produced material structure contains carbon product, and dissociation of feedstock substance produces excess hydrogen gas formed as a by-product. Feedstock substance contains nitrogenous molecules, hydrocarbon molecules, metal organic feedstocks containing iron (Fe), nickel (Ni), copper (Cu), or cobalt (Co) carbonyls or functional groups, or halogenated compounds. Feedstock substance contains dichloroethane consisting of vinylhalide. The produced material structure contains coaxial tubes of cylindrical or conical geometries, and layers are formed while producing hydrochloric acid (HCl) as a by-product. Deposition site proximate the particular location is located on a substrate surface. Deposition site proximate the particular location has a portion of a constituent material previously dissociated from gas or vapor feedstock substance. The beams include laser beams e.g. columnated- or laser-generated UV, optical, or infrared (IR) frequencies. The beams include 1st laser beam set at a 1st frequency to dissociate the feedstock substance and 2nd laser beam set at a 2nd frequency to form the deposit of the dissociated constituent at a deposition site. Preferred Processes: Hydrogen gas is collected in a collection chamber. Feedstock substance is pre-heated before directing greater than or equal to 2 beams to dissociate feedstock substance. Feedstock substance is dissociated by applying heat to substrate surface to form at least an initial layer. The substrate surface is moved in greater than or equal to 1 directions to control deposition of the constituents. Material structure is cleaved from substrate surface. Manufacturing method is performed in sealed chamber. Atomic particle beam is configured to produce a polarity at the particular location of the deposition site. The directing of greater than or equal to 2 beams causes molecular bonds of the feedstock substance to break. The 1st and 2nd laser beams are joined by mirrors, fibers, and/or tubes to produce a combination beam. The beams are cyclically provided in simultaneous or sequential events.