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April 14, 20260 citationsOpen Access

Causal Priority Theory — Foundations, Episode 0 Constructing Time from Causal Updates: A Minimal Framework for Time as a Derived Quantity

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KMKazuyoshi Maezawa

Key Points

  • This work aims to redefine time not as a fundamental element but as a secondary construct based on causal updates.
  • Proposes a minimal framework for time based on causally ordered state updates.
  • Defines time through the cumulative sum of causal updates from irreversible state transitions.
  • Considers events as representations of state transitions.
  • Establishes a theoretical basis for understanding time as derived rather than fundamental.
  • Demonstrates how derived time can be constructed from causally ordered updates.
  • Introduces new implications for the conceptualization of temporal dynamics.

Abstract

This paper proposes a minimal framework in which time is defined not as a fundamental physical variable, but as a derived quantity constructed from the accumulation of causally ordered state updates. Specifically, it defines irreversible state transitions as events and constructs derived time T(Γ) as the cumulative sum of causal updates ΔC.

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Cite This Study

Kazuyoshi Maezawa (2026) studied this question.

synapsesocial.com/papers/69ddda0de195c95cdefd785ahttps://doi.org/10.5281/zenodo.19532460
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