Many physicists believe that energy is quantitatively conserved. However, qualitatively speaking, there is a unidirectional change of this energy conventionally called entropy. In a final analysis, entropy is the change of energy from a more ordered configuration (useful) to a more chaotic (useless) configuration. Furthermore, this change of entropy is allowable only for all isolated thermodynamic systems far from equilibrium where there is no transfer of mass and energy across the system boundary enclosed by its control volume.
In light of the new conceptual definition of a time axis, each isolated system possesses its own unique time axis. This time axis keeps the system independently isolated from its neighboring mass-energy systems. The relative alignment of an individual time axis with other infinite axes determines the life-span of each individual system. Nevertheless, the effectiveness of the influence of other axes is restricted within the closest neighborhood that is in the immediate infinitesimal (catastrophic domain) region of the control volume.
When a singular time axis becomes aligned with a higher level (higher dimensional) time axis then the system reached a point of no return, from isolation, to closeness, to openness. Once it becomes an open system, all individual characteristics disappear, and the system is dead. Nevertheless, the singular time axis lives on becoming part of a bigger system by aligning with the bigger time axis. Collectively speaking, this bigger universal time axis is the set of all sets of time axes.


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