Lasting existence relates to the temporal directions of space-time quanta. For constant spatial directions, temporal existence depends on the dynamic of the quanta of time (see post on lattice timing). The square of this dynamic uncertainty is greater or equal to the square of Planck’s constant of action divided by the square of measureable energy uncertainty: (DE)²×(Dt)²³h². For large energy uncertainty it is an extremely small value which is equivalently proportional to the ratio of life span of an individual human being over the life span of the relative physical ecosystem this particular being is living in.
For an earth bound creature, its temporal existence is related to the age of Earth’s life support ecosystem while the temporal existence of each planet is related to the dynamic of the Solar System. In turn, the temporal existence of each stellar system is related to the galactic system where and when it is its birthplace and birth date. Since the Solar System is situated at the edge of the spiral arm of the Milky Way galaxy its temporal existence is much older than many stellar systems located and created near the center of the galaxy. Moreover, astrophysical theories support the idea of a black hole of intense gravity found at the center of each galaxy indicating the inverse relation between gravity and temporal existence. However, modern theories of black holes contradict this common sense by asserting that temporal existence increases rather than decreases within the event horizon creating a subtle physical paradox that both approaches to zero and infinite gravity increase physical longevity. The paradox can be removed simply by considering the idea of quantum time direction. It asserts that both inward and outward bound directions of quantum time approach time zero making the assumption of dark matter and dark energy unnecessary. Consequently, it also removes the twin paradox of special relativity.


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