This study examines the structural level that precedes configuration and continuity within Kasei-Theory. Modern physics describes only the region in which readable structures stabilize as observable history. Yet this leaves a more fundamental question unresolved: under what structural condition does configuration itself become possible? The present work introduces the concept of the pre-continuum as the domain in which configuration has not yet stabilized and continuity has not yet emerged. In contrast to approaches that treat continuity or difference as primitive, this analysis argues that continuity appears only after configuration reaches a threshold at which relations can persist. The investigation traces the structural sequence from abortive Ka through structural split, local asymmetry, and difference, culminating in the emergence of configuration. Configuration is understood not as a primitive structure but as the first stabilized arrangement capable of sustaining relations and enabling readability. This framework clarifies the dependency structure Ka → pre-continuum → configuration → readability → universe, thereby showing that physics operates only within the region where readability has stabilized. The pre-continuum therefore marks the structural boundary preceding the readable universe and the point at which the second system of Kasei-Theory—concerned with motion and propagation—can begin.
Juza Minamikata (Sat,) studied this question.