A Collapse-Sequence Model for Fast Radio Bursts

This paper presents a structural interpretation of Fast Radio Bursts (FRBs) as thresholded collapse events within inherited curvature structures. Building directly on the Creation and Structural Memory frameworks, it shows that FRBs arise when a region of preserved curvature reaches a structural‑stress limit and releases stored geometric energy in a discrete, non‑thermal burst.In this model, FRBs are not produced by exotic astrophysical objects or unknown particle species. Instead, they emerge as predictable outcomes of structural memory interacting with collapse thresholds in the universe’s inherited curvature field. This framework naturally accounts for the observed diversity of FRB behaviors—including repeaters, non‑repeaters, clustering, and characteristic timescales—by treating each burst as a structural reset rather than a source‑driven emission.The result is a unified architectural explanation of FRBs that aligns their behavior with the broader structural grammar established by the universe’s generative and memory‑preserving mechanisms.