Latency information theory: Novel lingerdynamics ectropies are revealed as time duals of thermodynamics entropies

Lingerdynamics is thermodynamics´ time dual that inherently surfaced from latency information theory (LIT), which is itself a nascent universal guidance theory for efficient system designs. This paper reveals two novel lingerdynamics ectropies that are the time duals of two thermodynamics entropies, one of which is also novel. The classical thermodynamics source-entropy (TSE) of information-sources and the novel thermodynamics retainer-entropy (TRE) of information-retainers are thermodynamics´, while the lingerdynamics processor-ectropy (LPE) of information-processors and the lingerdynamics mover-ectropy (LME) of information-movers are lingerdynamics´. An important finding of this paper is the discovery that the 2^nd law of thermodynamics must be enhanced to state that the universe´s two TSE and TRE entropies, not just the TSE, must continuously increase. Another finding is the 2^nd law of lingerdynamics that states that the universe´s two LPE and LME ectropies continuously increase. Guided by these results a new lifespan LIT duality theory for both living and non-living systems is revealed and the gravitational and electrical forces shown to be emergent TRE entropic forces. Finally LIT leads us to the theory that the universe´s unexplained dark-energy and dark-matter can be explained as a motion-vacuum-energy/retention-black-hole-gravity LIT duality.