Redundant β₁: Ontological Properties, Self-Organization Mechanism and Explanatory Power for Peculiar Cosmic Phenomena With a Brief Discussion on the Opposition of Fundamental Cosmic Order

Based on the fundamental physical framework of universal β₁ field system, this paper systematically defines the core concept of primordial β₁ field force, and further elaborates the academic connotation, physical characteristics and evolutionary mechanism of redundant β₁. The proposed theoretical framework effectively interprets numerous extreme and anomalous astronomical phenomena that cannot be well described by conventional astrophysical models. Redundant β₁ represents a class of detached primordial field forces originating from the inherent survival tendency of cosmic substances, which break away from the dominant steady-state order of the mother universe. Through spontaneous self-organization, redundant β₁ can construct unconventional compact perturbation structures, which precisely correspond to unidentified spatial anomalies, gravitational distortions and asymmetric energy disturbances beyond the physical category of black holes, white holes and other well-established celestial bodies. This study distinguishes standardized geometric configurations of ordered dominant forces and confrontational geometric morphologies of redundant forces, and clarifies their structural differences, evolutionary modes and mutual restrictive relationships. The binary opposition of fundamental cosmic order is briefly stated without deep philosophical expansion, reserving sufficient theoretical space for follow-up advanced research.