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April 29, 20260 citationsOpen Access

Coupled Oracle Involutions on the Calendar Round: A Free Klein Four-Group and a Z2 x D730 Extension on Z18980

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DEDerek Earnhart

Key Points

  • The aim is to validate the state space for the Calendar Round and examine its group structure.
  • Proved the state space as CR = {(t,h) in Z260 x Z365 : t = h mod 5} isomorphic to Z18980.
  • Demonstrated coupled lifts of the Dreamspell Antipode and Occult operators in a mathematical framework.
  • Developed an exhaustive Python verification script to support findings.
  • Confirmed the Calendar Round state space is not a full direct product but a congruence slice.
  • Identified a Klein four-group structure with 4,745 orbits upon coupling with operators.
  • Established a non-abelian group structure isomorphic to Z2 x D730 with specific properties.

Abstract

The Calendar Round couples the 260-day Tzolkin and the 365-day Haab' into a cycle of length 18, 980. This preprint proves that the valid Calendar Round state space is the congruence slice CR = (t, h) in Z260 x Z365: t = h mod 5, isomorphic to Z18980, rather than the full direct product. On this corrected state space, coupled lifts of the Dreamspell Antipode and Occult operators generate a freely acting Klein four-group with 4, 745 four-element orbits. Adding the coupled Analog operator gives a non-abelian operator group isomorphic to Z2 x D730, with commutator translation of order 365. The uploaded files include the LaTeX manuscript and an exhaustive Python verification script.

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Cite This Study

Derek Earnhart (2026) studied this question.

synapsesocial.com/papers/69f1547f879cb923c49449dfhttps://doi.org/10.5281/zenodo.19822509
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