Biotic Dynamics Of Galactic Distribution, Gravitational Waves and Quantum Processes: A Causal Theory Of Cosmological Evolution

摘要

Here we examine cosmological time series from the background gravitational waves presumably generated within one trillions of a second after the Big Bang up to the present, and develop a causal theory of cosmological evolution. The temporal distribution of galaxies and of quasars (Las Campanas, 2dF, and Sloan surveys), as well as background gravitational waves (recordings from LIGO), show a pattern (Bios) of aperiodic oscillations with features that demonstrate causality and diversification (increase in variance with time or dimension), novelty (less recurrence than randomized copies), and temporal complexity (transformation of pattern),indicating creativity. Biotic patterns are also generated by quantum processes as described by the Schrodinger wave function three different distance scales (atomic, nuclear and Planck, time and distance scale obtaining shortly after the Big Bang) and its relativistic version, the Klein-Gordon-Fock equation but only when applied to entities with sufficient mass to slow down their velocity below the speed of light. Bios is also found in more complex biological and economic processes. Biotic patterns can be generated by recursions of sinusoidal functions such as those embodied by electromagnetic energy, which include a conservation term, such as the process equation A(t+1) = A(t) + sin(A(t)), but not by random processes. Sinusoidal functions are embodied by electromagnetic energy and matter is conserved and slows down velocity. Novelty (but not Bios) is demonstrated in the Cosmic Background Radiation constituted by massless photons. We thus propose that cosmic evolution is a creative process initiated by causal action, bipolar interactions, and conservation of material structure at the quantum level that create diversification, novelty, and complexity (Bios), thereby initiating cosmological evolution and generating fractal biotic patterns of organization at multiple levels of organization. Instead of random change, the simplest original processes are asymmetry (Lattice Theory), symmetry of opposites (Group Theory) and continuous transformation (Topology) of tridimensional matter which are embodied in action, bipolarity (electromagnetic waves), and tripolar nuclear forces that form matter. Lattice, Group and Topology are the foundations of mathematics (Bourbaki), intellectual development (Piaget) and, we propose, cosmological evolution.