Earth: Day Zero · Paper 003 of 512
Why Geometry Comes Before Mechanism
The Earth: Day Zero framework begins with geometry because geometry is the least speculative layer of the proposed reconstruction.
Before assigning a specific impactor class, velocity regime, rheological model, or ejecta mechanism, the framework first asks whether large-scale spatial relationships can be defined, ordered, and tested.
Geometry As First Constraint
A mechanism can be adjusted many ways. An impactor may vary in mass, composition, angle, velocity, and density. Interior response may vary with viscosity, rotation, thermal state, and elastic relaxation.
Geometric relationships are more restrictive. Candidate entrance, exit, and midpoint domains either maintain coherent spatial relationships under reconstruction, or they do not.
Reducing Model Freedom
Beginning with mechanism creates too many degrees of freedom too early. A model can become unfalsifiable if each observation is explained by adding another assumption.
Beginning with geometry forces the hypothesis to satisfy spatial ordering before more flexible physical interpretations are introduced.
The Ordered Triad
The proposed framework identifies three primary domains:
- a candidate Antarctic entrance domain;
- a candidate Arctic Circle exit domain;
- a candidate equatorial midpoint domain associated with Mauna Kea / Hawaiʻi under reconstruction.
The initial question is not what object caused the event. The initial question is whether the ordered triad is geometrically meaningful enough to justify further physical modeling.
Mechanism After Constraint
If the geometry fails, the model weakens before energetics are even considered. If the geometry survives preliminary testing, then impact energetics, angular momentum, viscoelastic response, ejecta formation, and Earth–Moon coupling become meaningful secondary layers.
This ordering preserves falsifiability and prevents the framework from becoming a mechanism-first narrative.
Research Collaboration
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