Pre-Registered Prediction: A Third Crop Formation Encoding the dm3 Stability Hierarchy, Window 2026-06-25 to 2026-07-31

June 27, 2026Open Access

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Key Points

This study aims to analyze crop formations to determine if they encode dynamic signatures using geometric constants and angular momentum.
Analyzed four crop formations from June 15-25, 2026, employing a framework to assess geometric ratios and angular momentum signatures.
Engaged satellite imagery and Hough circle detection for precise geometric measurement and angular position extraction.
Evaluated formations based on specified geometric constants and dynamic mode classifications.
Three formations exhibited hover signatures with high certainty, while one formation demonstrated a propulsion signature.
Confirmed encoding of two geometric constants (κ and r) at sub-percent precision throughout the observed formations.
The findings suggest a structured message system within the crop formations, indicating intentional design rather than chance.

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Examines dynamic encoding in crop formations, suggesting intentional geometric communication.

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Pablo Nogueira Grossi (2026) studied this question.

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