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The design aims to enhance pollinator welfare through an innovative beehive enclosure system.

March 25, 2026Open Access

A BCT GIFT: The BCT-HIVE: BCT-Geometry Resonance Enclosure for Pollinators — Patent Concept

Key Points

The design aims to enhance pollinator welfare through an innovative beehive enclosure system.
Developed a hive design based on the BCT Superfluid Lattice Model proportions.
Included a geometric shielding shell with a wall ratio of 1.843.
Incorporated a resonance floor panel that operates within 200-368.6 Hz.
Utilized a hexagonal macro-lattice for comb support.
Predicted improvements in colony navigation and waggle dance fidelity.
Assumed enhanced overwintering survival compared to traditional hive designs.

Abstract

This design is gifted freely to the world's beekeeping community. No licence required. Build it, test it, share the results. A beehive enclosure system in which all structural proportions are derived from the BCT Superfluid Lattice Model void radii rₒct and rₜet and their ratio RBCT = 1. 843. Comprises geometric shielding shell (wall ratio 1. 843), BCT resonance floor panel (200-368. 6 Hz sweep), and hexagonal macro-lattice comb support. BCT Prediction #141: improved colony navigation, waggle dance fidelity, and overwintering survival vs conventional hive designs. Companion to BCT Letter 101. Zero free parameters.

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Michel Robert Cabrié

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A BCT GIFT: The BCT-HIVE: BCT-Geometry Resonance Enclosure for Pollinators — Patent Concept

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