Carlo–Maya Temporal Descent: A Complete Layer Compendium of the Mayan Temporal Engine (Layers 1–1000)

The Carlo–Maya Temporal Descent is a complete formal compendium that reconstructs the Mayan calendrical system as a multi-operator temporal engine and unfolds it across one thousand structured layers. Building on three primitives — the Tzolk'in (260-day sacred cycle, a modular state × modifier engine), the Haab' (365-day solar cycle with its Wayeb' anomaly buffer), and the Long Count (a monotonic absolute index) — the work treats time as a three-dimensional manifold whose fundamental period is the Calendar Round resonance, LCM(260, 365) = 18,980 days. From these foundations the compendium develops a layered descent: base operator sections and four foundation sections give way to the named Carlo–Maya layers (3–48), a précis-and-transition band (49–112), and a generated descent that continues uniformly from layer 113 through to layer 1000, where the system reaches terminal collapse (1000 → Ω). Each layer carries a consistent schema covering operator fusion, temporal algebra, manifold topology, information theory, and cosmology, with the Wayeb' discontinuity recurring throughout as an entropy sink and drift absorber. This release presents the full unfolded extraction — every layer, foundation section, and the terminal collapse — as a single canonical reference. Author: Matthew Arthur CarloDOI: 10.5281/zenodo.21482750 Keywords: Maya calendar, Tzolk'in, Haab', Long Count, Calendar Round, temporal mechanics, temporal algebra, mathematical framework, complex systems In the 1000 Descent Equations, “cursed” is shorthand for “cursive in my brain,” a notation quirk indicating a mentally‑warped or stylised transformation step... xD dont ask, im just as confused as you are Tune of the evening - Tiffany - I think were alone now Contact: [email protected]