Well-Organized Complexities: A New Theory of Life

Unfortunately, humanizing nature becomes the dilemma instead of the solution. Imposing improper man-made systems on existing realms would destroy them. Mostly, they failed to respond and coexist effectively with their surroundings. In fact, they need both, adaptive and survived qualities to compromise between inner self-organizing and outer space-occupying structures together. The degrees of adaptively organized-complexities, emergent self-preserving structures, are presented and estimated by unique adaptive dimensions (D A ) . In addition, other different dimensions (called survived dimensions/ D S ) are produced to measure the degrees of survivably organized-complexities and their evolving self-maintaining structures. Anti-patterns appear because of deliberated destructions that need to be repaired and ignorant interruptions that need to be completed. Hence, properly fixed and continually guided anti-patterns could be livable again accordingly. It is claimed that living patterns of healthy systems have well-organized complexities that can be detected, estimated and explained by new living dimensions (DL) . They are sensitive parameters of wholeness as indicators of life. LAS (D L =D A /D S ) is presented as a new formula to estimate living dimensions of (2D) systems according to their adaptive and survived dimensions. It is concluded that livable systems have specific living dimensions that approach to (D L ≈1) . Also, sustained systems have equivalent values of (D L ≈D A ≈D S ≈1) . Accordingly, it is possible now to recognize, trace and create optimal well-organized, coherent and livable systems. On the urban levels, these new findings open the way ahead to diagnose, treat and cure different unhealthy or inefficient performances of architectural and urban systems by optimal interventions. More different (2D) and (3D) ill-diagnosed systems would be of future hopeful investigations and researches.