A special type of data structures in the science of computing called a pointer is analogous to a trivector in the principle of directional invariance. Pointers are very useful for SQL high level computing languages. SQL stands for Structured Query Language used by many relational or network database designs. On the other hand, QSL stands for Quantized Spacetime Linkage. A spacetime linkage is really a spacetime vertex. There are two distinct types: the H-plus and the H-minus. Both matrix tensors can be represented by square symmetric Hadamard matrices. In this sense, Hadamard matrices are really spacetime QSLs that link together totally and completely the whole structure of the entire spacetime continuum.

Where and when these QSLs are oddly linked then the results are physical masses while evenly linked QSLs become physical energies. Each odd or even group of QSL possesses a group pointer. The direction of this pointer determines the future direction of the group of spacetime charges of H-pluses and H-minuses. Nevertheless, on the one-sided surface of a Möbius topology if all QSLs are pointed in the same lateral direction then the whole configuration appears as a universal or global expansion of the Möbius universe.