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This work clarifies the concept of phase in Kasei-Theory by asserting it is not defined by transitions or changes.

June 12, 2026Open Access

Kasei-Theory II.Phase: Phase Without Transition

Key Points

This work clarifies the concept of phase in Kasei-Theory by asserting it is not defined by transitions or changes.
Defines phase in the context of Kasei-Theory without relying on transitions or development.
Examines the local readability condition for distributed maintainability as a basis for phase.
Critically analyzes prior definitions of phase and their reliance on temporal and state-based concepts.
Establishes phase as a fixed aspect unrelated to any form of transition or stage.
Clarifies that time, observation, and interaction do not facilitate the establishment of phase.
Demonstrates that the concept of phase is independent of defined processes, maintaining its uniqueness.

Abstract

This paper fixes phase within the second system of Kasei-Theory. Phase is not introduced as transition, stage, sequence, development, state-change, transformation, process, phase shift, physical phase, phase space, informational state, or ontology. Reading does not establish phase. Time does not establish phase. Observation does not establish phase. State does not establish phase. Field does not establish phase. Interaction does not establish phase. Information does not establish phase. Configuration does not establish phase. Phase is fixed only as the local readability condition under which distributed maintainability is readable as phase without transition. This readability does not establish transition, stage, sequence, development, state-change, transformation, process, phase shift, physical phase, phase space, or ontology. The paper prevents phase from being reduced to temporal phase, developmental stage, state-change, phase transition, physical phase, phase space, informational state, or process. Phase does not move into another phase, does not establish before and after, does not organize state-space, and does not convert distributed maintainability into transition. No transition is presupposed. No stage is introduced. No state-change is established. No process is restored. No physical phase is introduced. No phase space is secured.

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