How a Cosmology of a Nonlocally Unified, Meaningfully in-formed, Holographically Manifested and Purposefully Evolving Universe Engenders Planetary Systems as Gravitational Environments for the Emergence of Biological and Biomechanical Complexity

Abstract

The emergent cosmology of a nonlocally unified, meaningfully in-formed, holographically manifested and purposefully evolving Universe, treats gravity as an emergent consequence of the in-formational and holographic nature of space-time and describes it as the consequence of the informational content, or intropy, associated with positions in space-time of massive bodies. In doing so, the evolutionary impulse inherently embodied in the Universe’s finite lifecycle engenders solar systems and planetary homes for the eventual evolution and complexity of biological organisms. Showing that planetary gravitational fields are required to enable cellular differentiation and subsequent development of a range of biomechanical strategies for building complex morphology, describes
how such complex organisms such as human beings could eventually develop