1. A computer system comprising a central processing unit, a visual display device, a data storage device, and a common semantic network architecture for organizing information in three-dimensional conceptual space, wherein the network architecture includes a visual format means for organizing information on the display device, a logic protocol means for classifying and marshalling data packets represented by the information, and a memory structure means for locating data packets stored in the storage device, wherein the common semantic network architecture comprises: a data relationship network bounded by delimited three-dimensional conceptual space, the data network having: a progression of linked network nodes distributed within the bounds of the three-dimensional space, the network nodes including: an input node; at least three first intermediate nodes, wherein the input node has divergent interconnection links to the first intermediate nodes; an output node, wherein the input node and the output node form a core axis; at least three second intermediate nodes having convergent interconnection links to the output node and interconnection links to the first intermediate nodes; and, at least one third intermediate node on the axis having interconnection links to the input node and output node, wherein the first and second intermediate nodes are symmetrically arranged around the core axis; wherein the central processor unit generates a display of the visual format mean on the display device with a visual representation of the three-dimensional node and link data network, wherein a plurality of data packets are stored in the data storage device, and the data packets each have an associated icon image representing the data packet, the icon image relating to a classification domain, wherein the nodes in the displayed data network represent classification domains, and the icon images are located in the display of the visual format means proximate the nodes to which the classification domain of the icon image relates.