This research update examines the coordinate line produced by applying the Project Clock Codes formula to the Clock Points, the larger triangular map I call the Broader Bermuda, and possible relationships with solar-eclipse paths and symbolic images.
- The coordinates follow my two-part formula: CP x Mπ = r, therefore CP & r = c°.
- The four northern points share a notable relationship with the annular solar eclipse of 20 May 2012.
- Belton, Texas, also has a separate relationship with the total solar eclipse of 8 April 2024.
- A future search found a partial lunar eclipse visible from the western reflections in 2026 and an exact total-solar-path crossing at CP33’s south-east reflection in 2037.
- The emblem-and-constellation comparisons are broad symbolic parallels, not proven star-pattern matches.
“But there is a God in heaven who reveals secrets.”
From a Clock Face to a Broader Bermuda
While studying the numbers around the structure of a clock, I understood them as Clock Points that could be used to generate coordinates. Each Clock Point is multiplied by Mπ—Missler’s Pi, 3.1416. The Clock Point and the multiplication result are then paired to form the coordinate in degrees.
When the calculated longitudes were changed to west longitude and plotted in Google Earth, the points formed a north-west to south-east line across the United States and toward the Gulf of Mexico. I then drew a larger triangular shape that appeared, in my interpretation, to encompass the traditional Bermuda Triangle region while extending toward inland locations associated in my research with Roswell and Washington, D.C. I call this proposed map the Broader Bermuda.
The Project Clock Codes Coordinate Formula
The formula used throughout my Project Clock Codes website is:
⸫ CP & r = c°
- CP = Clock Point.
- Mπ = Missler’s Pi, 3.1416.
- r = the result of multiplying the Clock Point by Mπ.
- ⸫ = therefore.
- CP & r = c° = the Clock Point and its result are merged to form the coordinate in degrees.
In the resulting coordinates, the Clock Point supplies the first number and the result supplies the second. For example, CP12 × 3.1416 produces 37.6992; CP12 and the rounded result can then be entered as approximately 12.00° N, 37.70° W. Applying the same method to the Clock Points in this study gives the following sequence:
| Clock Point | CP x Mπ = r | CP & r = c° | Map reference in this study |
|---|---|---|---|
| CP27 | 27 x 3.1416 = 84.8232 | 27° N, 84.8232° W | Gulf of Mexico reference point |
| CP30 | 30 x 3.1416 = 94.2480 | 30° N, 94.2480° W | Hamshire–Fannett, Texas, area |
| CP31 | 31 x 3.1416 = 97.3896 | 31° N, 97.3896° W | Belton, Texas, area |
| CP32 | 32 x 3.1416 = 100.5312 | 32° N, 100.5312° W | Robert Lee, Texas, area |
| CP33 | 33 x 3.1416 = 103.6728 | 33° N, 103.6728° W | Lovington, New Mexico, area |
| CP34 | 34 x 3.1416 = 106.8144 | 34° N, 106.8144° W | Socorro, New Mexico, area |
| CP35 | 35 x 3.1416 = 109.9560 | 35° N, 109.9560° W | Holbrook, Arizona, area |
| CP36 | 36 x 3.1416 = 113.0976 | 36° N, 113.0976° W | Peach Springs / Music Mountain area |
The exact pattern shows that these are coordinates constructed with the Project Clock Codes formula. They should not be mistaken for independently gathered school coordinates that happened to line up by chance. I use Mπ to identify the four-decimal value 3.1416 presented by Dr Chuck Missler and to distinguish it within my formulas.
For the full explanation and the CP12 example, see Deciphering a Broader Bermuda on Project Clock Codes.
The Four-Faced Cherub Interpretation
The mapped triangle reminded me of the four-faced living-creature imagery associated with the man, lion, ox and eagle in Ezekiel 1 and Revelation 4. The following composite is part of my symbolic interpretation of the Broader Bermuda structure.
Source: Project Clock Codes, 2021
I also explored whether a line drawn from Jerusalem or Mount Zion toward the proposed triangle might relate to the sacred-geography themes discussed by David Flynn. In my notes, I recorded a statement that Flynn attributes to Isaac Newton about ancient builders using simple proportions while concealing their analysis. Because I have not yet confirmed the exact edition and page, I am treating it as an attribution from Flynn rather than a verified quotation from Newton.
For bibliographic context, Flynn’s book is Temple at the Center of Time: Newton’s Bible Codex Deciphered and the Year 2012 (2008). The proposed Jerusalem line remains a personal map observation, not proof of an ancient surveyed connection.
Research Update — 19 July 2026
Four years after beginning this part of the research, I returned to the diagrams with new questions. The process has felt like the biblical pattern of receiving understanding in portions—“here a little, there a little” (Isaiah 28:10, NKJV).
The images below compare several structures that I see as conceptually related: Christian symbolism, the clock, Israel’s camp arrangement in Numbers 2, the four Gospel witnesses and a dragon-like outline interpreted within the Belton-area school image. These are visual-theological comparisons, not claims that the institutions shown intentionally encoded the proposed forms.
Solar-Eclipse Relationships
My computational review of twentieth- and twenty-first-century eclipse paths found several relationships worth recording. The most coherent shared event is the 20 May 2012 annular solar eclipse: its path crossed the western United States and relates most strongly to the northern run of the constructed line at 33°, 34°, 35° and 36° north.
NASA’s eclipse overview places the eclipsed Sun in central Taurus for that event. That makes the bull symbolism interesting within this study, but it does not establish that school emblems were designed from the eclipse or from constellations.
| Reference point | Eclipse relationship recorded in my review | Reading |
|---|---|---|
| 36° N, 113.0976° W | 20 May 2012 annular eclipse | Part of the strongest shared northern grouping |
| 35° N, 109.9560° W | 20 May 2012 annular eclipse | Part of the strongest shared northern grouping |
| 34° N, 106.8144° W | 20 May 2012 annular eclipse, low in the western sky | Part of the strongest shared northern grouping |
| 33° N, 103.6728° W | 10 May 1994 annular; 20 May 2012 annular very low; 14 October 2023 annular | Multiple annular-eclipse relationships |
| 32° N, 100.5312° W | 22 November 1919 annular extremely low; 15 November 2077 annular; about 96% partial in 2024 | Related, but less direct than the northern group |
| 31° N, 97.3896° W | 22 November 1919 annular low; 7 April 1940 annular; 8 April 2024 total; 15 November 2077 annular | The 2024 total eclipse is Belton’s strongest independent match |
| 30° N, 94.2480° W | 22 November 1919 annular low; 7 April 1940 annular; 15 November 2077 annular; about 92% partial in 2024 | Several partial or low-altitude relationships |
| 27° N, 84.8232° W | 28 June 1908 annular; about 98% partial in 1970 | Gulf reference rather than a school landmark |
Future Eclipse Search Across the Reflected Mπ Coordinates
For this update, I expanded CP33 through CP36 into their north, south, east and west reflections. This produced sixteen locations:
- CP33: ±33°, ±103.6728°
- CP34: ±34°, ±106.8144°
- CP35: ±35°, ±109.9560°
- CP36: ±36°, ±113.0976°
The search began on 19 July 2026. Solar-eclipse results were divided into two categories: an eclipse merely visible as partial from a coordinate, and a total or annular central path that actually contains the coordinate. Lunar eclipses require a different description because they do not trace a narrow path over Earth; they are visible across the hemisphere where the Moon is above the horizon.
| Date and eclipse | Reflected Mπ coordinate match | Finding |
|---|---|---|
| 28 August 2026 Partial lunar eclipse |
All eight western-longitude variants of CP33–CP36, both north and south | The next eclipse visible from any of the sixteen locations. Greatest eclipse is approximately 04:14 UTC, with the partial phase occurring roughly from 02:35 to 05:53 UTC. The eight eastern-longitude reflections have the Moon below the horizon during this event. |
| 6 February 2027 Annular solar eclipse globally |
CP33–CP36 at the four south-western reflections | These four coordinates see a partial solar eclipse, not annularity. The calculated obscuration increases from approximately 52.8% at CP33 to 67.6% at CP36. |
| 13 July 2037 Total solar eclipse |
CP33: 33° S, 103.6728° E | The first future central solar-eclipse path found to contain one of the exact sixteen coordinates. The point is near the northern edge of the total path in the Indian Ocean and receives approximately 1 minute 40 seconds of totality. |
Partial solar circumstances on 6 February 2027
| Coordinate | Approximate Sun obscuration | Sun altitude at maximum |
|---|---|---|
| 33° S, 103.6728° W | 52.8% | 20.8° |
| 34° S, 106.8144° W | 57.5% | 18.0° |
| 35° S, 109.9560° W | 62.5% | 15.3° |
| 36° S, 113.0976° W | 67.6% | 12.9° |
The CP33 total-eclipse crossing in 2037
At 33° S, 103.6728° E, the calculated partial phase begins at approximately 00:21 UTC. Totality begins near 01:29:24 UTC, reaches maximum near 01:30:15 UTC and ends near 01:31:05 UTC. The Sun is approximately 14° above the horizon during totality.
NASA’s path table independently supports this result. At 01:30 UTC, the northern path limit is listed near 32°51′ S, 103°36.8′ E. The CP33 reflection lies just inside that boundary, which explains why totality is shorter there than on the central line.
Do the Emblems Match Constellations?
The school and regional emblems in my companion study contain familiar figures: human heads, felines, bulls, eagles or other birds, a snake, a dragon-like figure and a human form. These invite broad comparisons with Gemini, Leo or Lynx, Taurus, Aquila, Serpens or Hydra, Draco and possibly Indus.
However, the International Astronomical Union defines constellations as areas of the sky, not as one official set of painted pictures or stick figures. Their visual representations also vary across cultures. A roadrunner has no direct constellation equivalent; any comparison with Aquila, Phoenix, Apus, Grus or Columba would be a generic bird association.
| Solar eclipse | Constellation containing the Sun | Relevance to this study |
|---|---|---|
| 28 June 1908 | Gemini | Broad possible human-pair symbolism only |
| 22 November 1919 | Libra | No clear emblem match established |
| 7 April 1940 | Pisces | No clear emblem match established |
| 10 May 1994 | Aries | No clear emblem match established |
| 20 May 2012 | Taurus | The most suggestive comparison because of bull imagery |
| 14 October 2023 | Virgo | No clear emblem match established |
| 8 April 2024 | Pisces | Strong geographic match for Belton, but not an emblem match |
| 15 November 2077 | Libra | Future eclipse; no clear emblem match established |
The Taurus connection in 2012 is therefore suggestive within my symbolic framework, not a clean demonstration that the logos reproduce star patterns. Two bull-associated emblems in the wider school study are linked with Robert Lee and Hamshire–Fannett, yet the eclipse circumstances there were not the strongest central-path matches.
Why Lunar Eclipses Are Less Specific
A lunar eclipse can be observed from roughly half of Earth wherever the Moon is above the horizon. This broad visibility makes a shared lunar-eclipse experience much less useful for explaining a narrow sequence of coordinates generated with the Mπ formula. For example, the May 2022 total lunar eclipse was visible across large portions of the Americas. It may be meaningful in a wider time study, but it does not uniquely account for this geographic line.
The clearest treasure in this stage of the study is the need to keep wonder and testing together. Daniel acknowledged that God reveals mysteries, yet a pattern still needs to be described honestly: what is calculated, what is observed and what is interpreted.
The Mπ coordinate formula is reproducible. The 2012 eclipse relationship is a strong research lead, while the 2037 total-eclipse crossing provides a specific future result that can be checked against published eclipse paths. The cherub, constellation and sacred-geography readings remain symbolic proposals. Keeping those categories separate does not diminish the search; it protects it and helps readers examine the work for themselves.
Conclusion
The Broader Bermuda study begins with my two-part numerical construction: CP x Mπ = r, followed by ⸫ CP & r = c°. The Clock Point and multiplication result are paired to form each coordinate. On that constructed line, the strongest shared eclipse relationship is the 20 May 2012 annular eclipse across the northern four points. Belton adds a striking separate relationship with the 8 April 2024 total eclipse.
The reflected-coordinate search extends the study into the future. The 28 August 2026 partial lunar eclipse will be visible from all eight western variants, the 6 February 2027 solar eclipse will appear partial from the four south-western points, and the 13 July 2037 total-eclipse path will contain CP33’s south-east reflection at 33° S, 103.6728° E.
The larger triangle, Jerusalem alignment, four-faced cherub structure and emblem-to-constellation comparisons belong to my ongoing Project Clock Codes interpretation. They are offered for careful examination, not as established geographic, astronomical or institutional facts.
Frequently Asked Questions
What is the Broader Bermuda?
It is my name for a larger triangular map interpretation extending beyond the traditional Bermuda Triangle and incorporating coordinates generated with the Project Clock Codes Mπ formula. It is a Project Clock Codes research model, not an officially recognized geographic region.
Does the Mπ formula prove that the locations are supernaturally connected?
Maybe. The formula shows how the plotted coordinates were constructed from the Clock Points. Any spiritual or historical meaning assigned to the line requires separate evidence and remains interpretive.
What is the strongest past eclipse relationship?
The annular solar eclipse of 20 May 2012 provides the strongest shared relationship for the northern points at 33°, 34°, 35° and 36° north. Belton’s strongest independent relationship is the total solar eclipse of 8 April 2024.
What is the next eclipse visible from the reflected CP33–CP36 coordinates?
The partial lunar eclipse of 28 August 2026 is the next event visible from any of the sixteen reflected coordinates. It will be visible from all eight western-longitude variants, both north and south. A lunar eclipse does not follow a narrow ground path like a solar eclipse; visibility depends on whether the Moon is above the horizon.
When will a future central solar-eclipse path cross an exact reflected coordinate?
The first match found after 19 July 2026 is the total solar eclipse of 13 July 2037 at CP33’s south-east reflection, 33° S, 103.6728° E. The coordinate lies near the northern edge of the path in the Indian Ocean and receives approximately 1 minute 40 seconds of totality.
Do the school emblems prove a constellation code?
No. Some figures have broad symbolic counterparts in named constellations, but the research has not demonstrated that the emblems reproduce specific stellar patterns or were designed with astronomical intent.
Why are the schools included?
They are recognizable public landmarks found near the constructed coordinates and are examined more fully in a companion research page. Their inclusion is not an accusation against any school, staff member, student or community.
Research Sources
- NASA: path of the 20 May 2012 annular solar eclipse
- NASA: 2012 eclipse overview and astronomical circumstances
- NASA: total solar eclipse of 8 April 2024
- NASA: how lunar eclipses work and where they are visible
- NASA: lunar eclipses from 2021 to 2030, including 28 August 2026
- NASA: path of the 6 February 2027 annular solar eclipse
- NASA: path of the 13 July 2037 total solar eclipse
- Astronomy Engine: local eclipse calculations
- International Astronomical Union: the constellations
- Open Library record for David Flynn’s Temple at the Center of Time
- Project Clock Codes: Deciphering a Broader Bermuda and the Mπ formula
Research note: Eclipse relationships listed above summarize my computational review. Future local circumstances should be rechecked at the precise coordinates when altitude, obscuration, path boundaries and lunar-limb refinements matter.
This post is part of Anna Towan’s Project Clock Codes research on biblical symbolism, time, geography and recurring number structures. It was revised on 19 July 2026 to present the website’s two-part Mπ coordinate formula, clarify the constructed-coordinate method, add past and future eclipse analysis and distinguish reproducible findings from personal interpretation.
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