Earth: Day Zero · Paper 001 of 512
Framework Overview
Earth: Day Zero is a geometry-first, fluid-mechanical, and constraint-based research framework for evaluating a hypothesized Moon-forming impact event on early Earth near 4.096 Ga.
The model is not presented as a completed solution to lunar origin or early Earth evolution. It is presented as a structured hypothesis space built around macroscopic geometry, impact energetics, rotating-body mechanics, ejecta constraints, and falsifiability conditions.
Central Ansatz
The central ansatz is that a single hyper-energetic impact event produced a planet-scale through-line with three ordered macroscopic signatures:
- a candidate Antarctic entrance domain;
- a candidate Arctic Circle exit domain;
- a candidate equatorial midpoint response associated with Mauna Kea / Hawaiʻi when reconstructed backward through plate motion.
The framework therefore begins with geometric ordering rather than impactor identity. The impactor class, velocity, mass, and dynamical regime remain variables subject to later constraint.
Strong And Weak Commitments
The strongest commitments of the framework are geometric: entrance, exit, midpoint, scale, and ordered spatial relationship. These are the primary claims to be tested.
The weaker commitments include the precise impactor type, exact velocity, exact energy partition, and whether toroidal deformation occurred. These are deliberately left as ranges, inequalities, and falsifiable regimes rather than asserted final values.
Research Function
The purpose of this series is to decompose the Earth: Day Zero framework into discrete research abstracts, each addressing a specific constraint, domain, scaling relation, anomaly class, or falsification pathway.
This architecture allows the hypothesis to be evaluated modularly. A reviewer can reject, revise, or support individual constraints without needing to accept the entire reconstruction at once.
Programmatic Scope
The full 512-paper series proceeds through five major layers:
- geometric framework;
- energetics and impact class;
- planetary response;
- lunar formation and Earth–Moon coupling;
- evidence, anomalies, and falsifiability.
Together, these layers form a structured research program rather than a single explanatory essay.
Research Collaboration
Published by Ontomics Research Library. Ontomics develops scientific frameworks, external R&D structures, technology transfer opportunities, planetary science investigations, geological research systems, and collaborative framework development.