Combining them simplifies the language and does no harm. The above four hypotheses are largely common sense and their correctness strongly supports the existence of some optimum data object structure for rich applications and it can be characterized in terms of the kinds of interconnection between the objects. The connections allow all the objects which comprise a data state to be located in an hierarchy. A data object will have connections to immediate neighbors in the hierarchy and at most one other object. Reducing remote connections to one, has no effect on the existence of neighbors in the hierarchy or the need for connections to them.
Universal language can simplify overall language needs.
Reuse and contextual adaptation become more practical. Technological stability results from near optimum design. Simple irreducibility optima Optimum data objects appear to be substantively in a class with the invention of the wheel. There are a few dozen cases where optimizing an engineering design terminates with a sharply defined structural constraint which eliminates a design deficiency. For example, constraining wheels to be round eliminates vertical vibration, constraining pillars to be vertical eliminates shear forces, constraining mirrors to be flat eliminates image distortion.