NOVELTY - A fractal construct comprises first generation construct (c1) formed of a predetermined molecular structure; a second generation construct (c2) with several assembled constructs (c1) with at least one similar architecture to first generation construct and having interior and exterior surface area; and a third generation construct (c3) with several assembled constructs (c2) having interior and exterior surface area and having at least one architectural similarity to the construct (c1) or (c2). The third generation construct forms fractal configuration by a discrete molecular structure.    USE - For forming functionalities that are used in photovoltaics, molecular batteries or other such devices; and also for forming materials such as micelles or vesicles, for use in e.g. drug delivery techniques.    ADVANTAGE - The fractal constructs are capable of absorbing light, and storing electricity; and also have photoluminescence properties, or other desired properties such as oxidation and reduction potentials, catalytic activity and porosity. The construct is formed to have the propensity to stack with one another, or form other shapes when combined together in a predetermined fashion. The method creates fractal constructs, such as non-dendritic, fractal based molecular constructs using directed and self-assembly type chemical syntheses. There is also the ability to precisely control the self-assembly of the fractal construct, thus making it possible to insert chemical component parts into the formed structure at precise locations, such as metals or other component parts.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for assembling (m1) a fractal construct, involving reacting at least a first compound with at least a second compound to form a first generation construct; and reacting several of the first generation constructs with several of connectivity units to form at least a second generation fractal construct from the first generation construct by self-assembly of the first constructs and the connectivity units.