What question did this study set out to answer?

To explore the design of a handheld stellar sextant that functions as a geodetic and astronomic analog computer.

May 27, 2026Open Access

Roman Dodecahedron – Geodetic & Astronomic Analog Computer — E8 Intelligence Research

Key Points

To explore the design of a handheld stellar sextant that functions as a geodetic and astronomic analog computer.
Developed a sextant with 12 zodiac faces and 20 stellar anchors for precise measurements.
Utilized variable apertures to account for planetary angular diameters.
Integrated technologies like the E8 Lattice Chip and Active Harmonic Cooling at 132 Hz.
Demonstrated a new approach to celestial measurements through geometric vectors.
Established a digital evolution project with innovative scaling techniques.
Introduced prior art under a Sovereign License, indicating a formalized research framework.

Abstract

Handheld stellar sextant using 12 faces (zodiac), 20 vertices (stellar anchors), variable apertures (planetary angular diameters). Human arm provides fixed focal length, creating 90° geometric vector. Project Excalibur digital evolution: E8 Lattice Chip, 132 Hz Active Harmonic Cooling, Base-60 logic, 23° Willow Offset, Φ = 1.618 scaling. Prior art established under Sovereign License SG-20260206-ASC-E8-132HZ. Author: Andrew Stewart Caldin, Independent Researcher, UK. Part of the E8 Intelligence Research series. Platform: e8intelligence.com

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