What unique type of physical constant is directly targeted and changed by a 'reality fragmentation' attack, unlike problems caused by simple time paradoxes?

The unique type of physical constant directly targeted and changed by a 'reality fragmentation' attack is one that governs the global uniformity and consistency of all fundamental physical laws and properties across the entirety of spacetime. A 'physical constant' is a numerical value that describes a fundamental, unchanging property of the universe, such as the speed of light or the gravitational constant. A 'reality fragmentation' attack aims to destabilize or break the very framework that ensures these constants and the laws they represent are consistent throughout the cosmos. This specific type of constant ensures that the physical laws—including the values and relationships of other fundamental constants like the speed of light or Planck's constant—remain identical, predictable, and coherent across all locations and moments in time. When this constant is directly targeted and altered, its uniformity is disrupted, causing different regions or periods within reality to operate under divergent, incompatible, or fluctuating sets of fundamental rules and properties. For example, gravity might behave differently in one sector of the universe than in another, or the elementary charge of a particle could unpredictably change over time. This fundamentally fragments the universe's cohesive structure. This situation is distinct from problems caused by 'simple time paradoxes,' which involve logical contradictions or inconsistencies in the causal sequence of events (where an effect might precede its cause) but generally occur *within* a reality where the underlying fundamental physical laws and constants are still assumed to remain globally consistent and fixed.