🌀 ChiR Labs

🔬 Research Transparency: Visuals & Manuscript

The following are a quick PDF journey from geomagnetic pole-to-pole along the 72.66° West of Longitude line (Axis Mundi), the manuscript (v.3.2 latest), and high resolution visuals from the manuscript and related addendum:

Pole-To-Pole Research Overview →

V.3.2 Manuscript →

Includes Rainforest Fulcrum Addendum on Page 42. as entered via Kaggle in the OpenAI to Z Challenge Research findings use OpenAI models to discover previously unknown archaeological sites (though abstract planetary modeling).

Rainforest Fulcrum Addendum (LiDAR fieldwork, proof of method)

Visuals From the V3.1 Manuscript & V3.2 Including the Rainforest Fulcrum Addendum

🔍 GeoCodex Versioning Roadmaps & Functional Specs

Click a row to expand its subsections and links.

🔭 Observatories & Geodetic Codex Nodes

Hydrodynamics Grid of Forcation

Calibrating NYC Star Fort Alignments To Glacial Ice Meltflows →

This focuses on the potential drainage impacts of Glacial Lake Agassiz across time and locally, 14,000 years before present when Glacial Lakes Winooski and Hitchcock were up at 1150' above current sea level- at MHO in Vermont and the Northeast. The Winooski river sits between 200' to 500' now for referrence.

🧠 Supporting PDF's for Modeling & Database Management

A41 Node Addendum → Chiribiquete Amphitheater Hydrodynamic Pattern Recognition Study→

Tetrahedral Earth: "3-Up; 1-Down" Geodetic Framework →

Data & Code Availability Statement

Data Tiles Used Along The Corridor

72.66° Corridor as the Spine of an Evolving Paleoshoreline Triangulation Hypothesis

Still requiring further calibration to all mapped Star Forts, Pyramids, and Megalithic Structures.

📄 Python Scripts & KML Downloads

3up; 1-down Geodetic Codex Modeler Python Script

Star Forts, Pyramids, Megalithic Observatories... Oh My.. Monte Carlo Simulation Download Here

KML of Star Forts Here

72.66 Degree Corridor Monte Carlo Python Script Download

V2 & V3 Geodetic Codex Mixer KMZ (Files need naming management work)

V2 & V3 Geodetic Codex Mixer KML(Files need naming management work)

🌍 Lidar, Field Photos, & Node Details

Models and Links

1. Images of the geospatial modeling of the GC (v2)

2. An archeo-astronomers’ compass across time and space

LiDAR, Ground Penetrating Radar, and slope / elevation hotmapping from magnetic North Pole to magnetic South Pole along the Axis Mundi

3. S. America fly-through along the Corridor

4. Greenland / Canada fly-through along the Corridor

5. America / Vermont / Worcester Range / Meadow House Observatory

6. MHO: South Mound Observatory Station

7. 300+ Global Star Forts Plotted to the Geodetic Codex in V3.2

8. Corridor Validation: LiDAR, Fieldwork & Artifact Rebuttal

See also: Anomalies Addendum: Tortuga & Puyuhuapi — a supplement to this Kaggle notebook on corridor validation and this one on LIDAR integrity and geospatial analysis.

**Figure: Tortuga Peninsula Elevation Context**

Left: Steep embankment near 72.66°W using 0.01° longitudinal offset.

Right: Broader elevation profile showing consistency with natural terrain transitions.

🔍 For additional terrain comparison and positional accuracy mapping, see the Tortuga Perspective Addendum highlighting offset positioning and topographic reality checks from multiple coordinate angles.

Pyramids used in the statistical modeling of the Geodetic Codex

Pyramid Sites (1 of 8)

Pyramid Sites (2 of 8)

Pyramid Sites (3 of 8)

Pyramid Sites (4 of 8)

Pyramid Sites (5 of 8)

Pyramid Sites (6 of 8)

Pyramid Sites (7 of 8)

Pyramid Sites (8 of 8) : Theoretical Calibrations on Statistically Validated Vectors

From Meadow House Observatory (MHO), USA; Citadelle Laferrière (CLO), Haiti; Sayacmarca, Peru (SO) With Local Calibration Theories at Pyramid & Star Fort Site levels

Where MHO = Yellow, CLO= Teal SO = Red; MHO→Egyptian Pyramids- Purple; MHO→ Sudanese Pyramids- Light Purple; MHO→ Europe- Gray to Blue; MHO→ Gunung Padang Region, Karyamukti, Indonesia- Green; MHO→ Mound Sites- Brown

🧮 ChiR Calculator Demo

ChiR Calculator Demo → Step 1: Choose a site

This Demo uses a location in Chiribiquete National Park, Solano, Caquetá, Colombia
(clickthrough for larger image).

Step 2: Enter GPS Coordinates

Step 3: Enter Elevation (optional)

Step 4: Enter Azimuth (optional)

Step 5: Choose a Reference Node

Step 6: Click "Calculate Stability Score"

ChiR Calculator Demo Analysis → Full AI integration for these analyses in the forthcoming beta release.

Wikipedia background on Chiribiquete National Park & local petroglyphs here

or the UNESCO site here.

🌐 UNESCO Sites and Monte Carlo simulation sets

Site lists

UNESCO list → click here

More details at UNESCO

MC Site list → click here

📘 Additional Research Papers & Partner Resources

Read me file...

Public Geodetic Codex

UNESCO World Heritage Mapping Project

Additional Bibliography

🫱🏽‍🫲🏽 Peer Review Directory

Read me file...

Directory→

🧠 ChiR-AI: Computational Assisted Modeling

Declaration Statement of Financial Interests & use of AI and computational modeling

Statement→

ChiR Links:

Trihedral Harmonic Displacement: A Predictive Model of Lithospheric Shift Using the ChiRhombant Constant

Published- 6/5/25

Elastic Harmonic Units and Statistical Overunity: Extending Geodetic Field Models via the ChiRhombant Constant-

Published- 6/5/25

The 3 Pillars of the ChiR Framework

Published- 11/26/24

ChiRhombant is Time Travel Ready-

Published- 11/28/24

What GPT-4 thinks about the importance of the ChiRhombant framework relative to the state of modern physics, mathematics, astronomy, etc..-

Published- 12/2/24

Bridging Applied and Theoretical Physics in the ChiRhombant Framework

Published- 12/8/24

The Math, Physics, & Reciprocity behind ChiR

Published- 12/15/24

ChiR for mapping gluons, quarks, and their color/anti-color charges by providing a structured, multidimensional framework to understand the interplay of forces at both particle and cosmological scales.

Published- 12/23/24

Advancing Kepler’s Triangle and Cartesian Grids

Published- 12/25/24

For Journal Article for Nature and Physics Letters (visuals & citations in preprint):

ChiRhombant Framework: A Universal Mapping Grid Bridging Multidimensional Systems Through Chiral Dynamics and Reciprocity

Published- 12/27/24

ChiR as a Catalyst for Multidimensional Integration

Published- 12/28/24

Amplituhedrons & ChiR

Published- 12/31/24

Pulse Framework As An Evolution in 3 Parts: Published- 1/25/25

Pulse Framework Part 1

Pulse Framework Part 2

Pulse Framework Part 3

Supplementary Papers of Multiple AI Model Contributors on Path to AGI through Cross-Disciplinary Performance

Published- 1/30/25

Cognitive Reciprocity and the Envy Paradox: A Framework for Social Comparison, Neurodiversity, and AGI Self-Recognition

Author: Glenn Andersen | OpenAI O1P, GPT4o & Perplexity

Published- 1/30/25

Chi Reciprocity (ChiR) and the Cosmogeodetic Framework: A Unified Model of Spiral Resonance, Earth’s Geodetic Matrix, and the Triangulum Connection

Author: Glenn Andersen | OpenAI O1P

Published- 1/30/25

ChiRhombant Framework (ChiR)

A Universal Mapping Grid Bridging Multidimensional Systems: Integrating AI-Geodesy, Quantum Computing, and Einsteinian GPS for Interstellar Navigation

Author: Glenn Andersen | OpenAI GPT4o

Published on- 1/30/25

CROSS-VALIDATING THE MODELS & EXPANSIONS INTO HARMONIC INTELLIGENCE

Proofing Ancient Civilizations had Intelligence Beyond Current Levels of Understanding

Author: Glenn Andersen | OpenAI 4o|O1P|O3

Published- 2/5/2025