What question did this study set out to answer?

This research aims to analyze the electro-optical properties of a novel rotational seed-lattice structure.

May 7, 2026Open Access

Rotational Seed-Lattice Optical Structure: A Geometric Framework for Multi-Scale Optical Phase Transformation

Key Points

This research aims to analyze the electro-optical properties of a novel rotational seed-lattice structure.
Developed a rotational seed-lattice geometry based on superposition of Seed-of-Life patterns.
Conducted analysis on electromagnetic, optical, and material behavior.
Demonstrated unique non-periodic phase transformation capabilities.
Showed that the new structure can lead to enhanced optical functions.

Abstract

A rotational Seed-lattice geometry derived from 360-degree superposition of Seed-of-Life patterns. Analysis of electromagnetic, optical, and material behavior demonstrating novel non-periodic phase transformation capabilities.

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Authors

Justin McCaul

Eastern Oklahoma State College

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Eastern Oklahoma State College

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Rotational Seed-Lattice Optical Structure: A Geometric Framework for Multi-Scale Optical Phase Transformation

Key Points

Abstract

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Discussion

Authors

Actions

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References and Citations

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