1. A computing device that is arranged to manage a quantum indexed graph data structure, the computing device comprising: a processing unit that is arranged to execute instructions to manage the quantum indexed graph data structure; and a system memory that is arranged to store the instructions for execution by the processing unit, wherein the executable instructions are arranged for: extracting a first ordered set of atomic values from a sequence that is associated with a new content; creating a new context node for the quantum indexed graph data structure; associating the new context node with all of the new content; wherein the new context node stores all of the new content that is included in different nodes at a hierarchical level below the new context node; wherein the new context node serves as an index for the new content; identifying common nodes in the quantum indexed graph data structure, wherein each common node includes a second ordered set of atomic values that match at least a portion of the first ordered set of atomic values; linking the new context node to all identified common nodes; wherein the identified common nodes are at a hierarchical level below the new context node; creating new leaf nodes for any portion of the first ordered set of atomic values that are not identified with common nodes; linking the new context node to all new leaf nodes; wherein the new leaf nodes are at a hierarchical level below the new context node; assigning sequence order values to all links from the new context node based on the first ordered set of atomic values; and adding the new context node to the quantum indexed graph data structure such that the content is indexed according to the first ordered set of atomic values.