Time as Enactment Interval: A Philosophical Reformulation Within the EOCME-CP Framework

This paper proposes a philosophical reformulation of time within the EOCME-CP framework. Time is read as the count, performed by atomic clocks and summed by human convention, of completed enactment cycles at a given scale. Within the proposed framework, there is no time independent of these counts. The paper builds on The Holographic Meaning Field (Blokker, 2026a), in which meaning is proposed as a gauge field with global symmetry SU(7) and local symmetry SU(6). The EOCME cycle — a seven-phase transition from superposition to enacted configuration — is proposed as the symmetry-breaking sequence by which the count is generated. Three measurement programmes are reread within the framework: the SI second since 1967, read as counting caesium-133 transitions as enactment cycles; Bell-Aspect entanglement experiments since 1964, read as observations consistent with enactment geometry at the SU(6) level above matter; and the measured Higgs metastability at approximately 125.11 GeV, proposed as the physical marker of the boundary at which enactment is viable. The structural parallel with Boltzmann's reformulation of temperature is developed: just as temperature was reread as the macroscopic expression of average kinetic energy, time is reread, within the proposed framework, as the macroscopic expression of completed enactment cycles. The paper addresses what existing frameworks leave unresolved — Gödel's closed timelike curves, Hawking's chronology protection, the Copenhagen measurement axiom, the Wheeler-DeWitt timelessness, Barbour's configurations without succession, Rovelli's thermal time without bottom. All claims inherit the conditional status of The Holographic Meaning Field: the gauge-theoretic structure remains conditional on the explicit computation of the structure constants, and the alignments are presented as candidate philosophical readings rather than as completed proof. The paper is offered as the seventh in a sequence of EOCME-CP publications and invites further development by physicists, cosmologists, and philosophers of physics. Keywords: time, enactment, EOCME cycle, meaning field, gauge symmetry, atomic clocks, Higgs metastability, Bell-Aspect experiments, philosophy of physics