Proposal & Data Verification: The 198° Beta Capricorni Axis Shift & Periodic Eclipse Cluster Pattern (BC 24808, BC 10773, AD 3640)

[道非常]

Hello Stellarium Community,

I would like to present a theoretical astronomical framework and a precise eclipse dataset for community review and ephemeris verification.

This model posits that certain global impact events (such as the Younger Dryas Boundary event around BC 10773 and the Heinrich Event 2 around BC 24808) as well as historical apocalyptic descriptions (e.g., the 2.5-to-3-year timeline in the Book of Revelation targeting AD 3639–3642) correlate with a specific, recurring astronomical sequence.

Core Astronomical Hypotheses

1. The 198° Ecliptic Longitude Shift Axis: The interval between major impact windows corresponds to a cumulative ecliptic shift of approximately 198° relative to the reference star Beta Capricorni (Dabih / 牛宿一).
2. Aries–Libra Oppositional Eclipse Clusters: During these critical warning windows (~2.5 years long), solar and lunar eclipses occur in rapid succession, locking into a strict Aries (Jianglou / 降娄) ↔ Libra (Shouxing / 寿星) 180° opposition axis.
3. Observation Location Benchmark: Jerusalem (Lat: 31.7683° N, Lon: 35.2137° E).

If high-precision long-range orbital integration ephemerides (e.g., DE441/VSOP2013) are further calibrated in Stellarium, these high-frequency eclipse-impact synchronization patterns across tens of thousands of years can be fully reproduced.

Below are the detailed datasets across the three key epoch nodes for verification and testing in Stellarium:

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================================================================================ NODE 1: BC 24808 – BC 24806 (Astronomical Years: -24807 to -24805) Reference: Heinrich Event 2 (H2) / Last Glacial Maximum Baseline Beta Capricorni Ref Ecliptic Longitude: ~291°06' -------------------------------------------------------------------------------- - BC 24808-04-03 | Penumbral Lunar Eclipse | Moon ~23°52' | Aries (Jianglou) - BC 24808-04-19 | Total Solar Eclipse | Moon ~218°31' | Scorpius/Libra - BC 24808-05-03 | Total Lunar Eclipse | Moon ~52°18' | Taurus (Daliang) - BC 24808-05-18 | Total Solar Eclipse | Moon ~248°16' | Sagittarius/Scorpius - BC 24808-06-02 | Penumbral Lunar Eclipse | Moon ~82°40' | Gemini (Shichen) - BC 24808-09-13 | Partial Solar Eclipse | Moon ~07°03' | Aries (Jianglou) - BC 24808-09-28 | Partial Lunar Eclipse | Moon ~203°13' | Libra (Shouxing) - BC 24808-10-12 | Partial Solar Eclipse | Moon ~35°53' | Aries (Jianglou) - BC 24808-10-28 | Total Lunar Eclipse | Moon ~230°03' | Scorpius (Dahua) - BC 24808-11-26 | Penumbral Lunar Eclipse | Moon ~258°42' | Sagittarius (Ximu) - BC 24807-02-22 | Penumbral Lunar Eclipse | Moon ~343°08' | Pisces (Juzi) - BC 24807-03-10 | Annular Solar Eclipse | Moon ~178°23' | Virgo/Libra - BC 24807-03-24 | Total Lunar Eclipse | Moon ~12°17' | Aries (Jianglou) - BC 24807-04-08 | Annular Solar Eclipse | Moon ~207°45' | Libra (Shouxing) - BC 24807-04-22 | Partial Solar Eclipse | Moon ~41°32' | Taurus/Aries - BC 24807-08-19 | Penumbral Lunar Eclipse | Moon ~162°42' | Virgo (Chunwei) - BC 24807-09-02 | Total Solar Eclipse | Moon ~356°35' | Pisces (Juzi) - BC 24807-09-18 | Total Lunar Eclipse | Moon ~191°14' | Libra (Shouxing) - BC 24806-02-12 | Partial Lunar Eclipse | Moon ~332°04' | Aquarius (Xuanxiao) - BC 24806-02-27 | Annular Solar Eclipse | Moon ~167°25' | Virgo (Chunwei) - BC 24806-03-13 | Partial Lunar Eclipse | Moon ~01°32' | Pisces/Aries ================================================================================ NODE 2: BC 10773 – BC 10771 (Astronomical Years: -10772 to -10770) Reference: Younger Dryas Boundary (YDB) Impact Event (BC 10773) Beta Capricorni Axis Shift: Delta L ≈ 198° relative to Node 1 -------------------------------------------------------------------------------- - BC 10774-08-03 | Annular Solar Eclipse | Moon ~53°08' | Libra (Shouxing) - BC 10773-01-12 | Penumbral Lunar Eclipse | Moon ~37°23' | Libra (Shouxing) - BC 10773-01-27 | Annular Solar Eclipse | Moon ~231°05' | Aries (Jianglou) - BC 10773-07-23 | Annular Solar Eclipse | Moon ~42°35' | Libra (Shouxing) - BC 10772-01-02 | Partial Lunar Eclipse | Moon ~26°45' | Libra (Shouxing) - BC 10772-01-16 | Annular Solar Eclipse | Moon ~220°20' | Aries (Jianglou) - BC 10772-06-26 | Total Lunar Eclipse | Moon ~197°16' | Aries (Jianglou) - BC 10772-07-12 | Annular Solar Eclipse | Moon ~31°49' | Libra (Shouxing) - BC 10771-01-04 | Partial Solar Eclipse | Moon ~209°46' | Aries (Jianglou) ================================================================================ NODE 3: AD 3639 – AD 3642 (Astronomical Years: +3639 to +3642) Reference: Revelation 2.5-Year Warning Window / Projected Future Node Beta Capricorni Axis Shift: Delta L ≈ 198° relative to Node 2 -------------------------------------------------------------------------------- - AD 3640-11-26 | Total Solar Eclipse | Moon ~245°16' | Libra (Shouxing) - AD 3641-05-08 | Partial Lunar Eclipse | Moon ~230°19' | Libra (Shouxing) - AD 3641-05-23 | Annular Solar Eclipse | Moon ~63°19' | Aries (Jianglou) - AD 3641-10-31 | Lunar Eclipse | Moon ~39°27' | Aries (Jianglou) - AD 3641-11-16 | Total Solar Eclipse | Moon ~234°37' | Libra (Shouxing) - AD 3642-04-28 | Lunar Eclipse | Moon ~218°10' | Libra (Shouxing) - AD 3642-05-12 | Solar Eclipse | Moon ~52°28' | Aries (Jianglou)

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Conclusion & Call for Discussion

Across all three periods, the data demonstrates an isomorphic structural pattern:

1. Extreme Aries–Libra Oscillation: Solar/lunar eclipse positions repeatedly flip back and forth between the Aries (0∘−30∘ / 210∘−240∘) and Libra (30∘−60∘ / 210∘−240∘) zodiacal sectors within a concentrated 12 to 24-month span.
2. Precession Dynamics: The shift of the absolute longitude bounds aligns with the 198∘ step function anchored by Beta Capricorni.

I invite members of the Stellarium developer and user community to test these exact timestamps and coordinates in Stellarium using custom JPL DE441 ephemeris settings to verify the orbital convergence and node locking. Feedback and independent calculations are welcome!

Best regards,

[Georg Zotti]

I have never even read of a Heinrich 2 event. Care to share references to published papers on the impacts?

Given the known uncertainties with DeltaT, there is no point for us in engaging in such prehistoric eclipse studies. Stellarium visualizes peer-reviewed or otherwise qualified astronomical ephemeris models. DE441 goes back to 13.000BC, not 25kBC. I think none of us has enough free weekends to invest and overtake current professional high-end physics simulations.  

Your impacts seem to imply modifications to earth rotation and axis tilts. None of this is found in mainstream literature. That said, go forward, develop your model and write the adapter code for Stellarium, present the new model in a paper. After successful peer review in a qualified journal, we may add it to our program.

[道非常]

Dear Georg Zotti and the Stellarium Team,

Thank you for your response. It is unfortunate that the vast capability and potential of Stellarium remain under-recognized, even by its own development team.

The current mainstream academia—and to an extent, software developers who rely strictly on cut-off ephemeris models—operates within narrow boundaries. Mainstream scholarship remains fundamentally unaware of the actual geometric derivation of the Zodiac, the 27 Naksatras, and the 28 Lunar Mansions, often failing to comprehend that the 27 and 28 Mansions are, in fact, highly sophisticated Ecliptic Coordinate Systems.

Despite these prevailing limitations, by utilizing Stellarium, I have successfully resolved virtually all major archaeoastronomical and calendar-chronology puzzles spanning from 400 BC back to 16,317 BC. Furthermore, by removing the artificial historical search limit (-99,999 years) in Stellarium, I unlocked the exact physical mechanism behind the invention of these three master ecliptic coordinates:

• The Origin Event (February 25, 117,835 BC / Astronomical Year -117834):
  At Lat 30°N, Lon 18°20'W (West coast of Morocco), precisely at sunset on the Winter Solstice, Jupiter and Beta Capricorni (Dabih / 牛宿一) were simultaneously positioned at Ecliptic Longitude 60° (the Small Fullness / 小满 point), accompanied by a total solar eclipse. Beta Capricorni was thus anchored as the absolute spatial origin point to construct the Zodiac (12), the 28 Mansions (for solar tracking, 365.25°), and the 27 Mansions (for lunar tracking).

Furthermore, using Stellarium, I identified the exact chronological window for the "Apocalypse" described in Revelation, proving that its author possessed a precise long-range NEO (comet swarm) impact warning formula:

• During the impending cataclysm (AD 3639–3642, initiated by a Winter Solstice total lunar eclipse), the ecliptic longitude of Beta Capricorni shifts by exactly 198° (Δλ=198∘) compared to the previous comet impact era.
• Both cataclysmic windows feature an identical, isomorphic astronomical signal: high-frequency alternating solar and lunar eclipses in the opposing Aries–Libra ecliptic sectors over two consecutive years.

The previous impact date identified by this formula—June 25, 10,773 BC—corresponds precisely with the Younger Dryas Boundary (YDB) impact event, which is backed by robust geological evidence (e.g., platinum anomalies, impact spherules, and nano-diamonds).

If Stellarium’s long-term lunar orbit parameters and tidal acceleration algorithms can be further calibrated, we will be able to calculate with absolute precision every major comet impact interval over the past 120,000 years. I have no doubt these calculated intervals will continue to be validated by geological proxy data.

Stellarium has provided unparalleled support and enabled monumental breakthroughs in my research. I hold great respect for the platform and sincerely hope the tool will continue to evolve beyond traditional boundaries.

Best regards,

[Aaron K]

Hey George, maybe spin up a codex agent to look at these emails and filter out all the recent pseudoscience nonsense that keeps coming down the pipe?  The more this stuff makes it through the more we'll see as these quacks get emboldened.

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