AnthonyofBoston's Mars 360 new religion

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Dow Jones Declines of 13% or More During Mars within 30 degrees of the Lunar Node Periods (1897 - 2020) show a statistical significance​

https://anthonyofboston.substack.com/p/dow-jones-declines-of-13-or-more

This analysis provides statistically significant evidence (p = 0.0232) that DJIA declines of 13% or worse are more frequent when Mars is within 30 degrees of the lunar node (14.17%) compared to when it is not (6.04%). The finding is robust at the 13% threshold, capturing major historical crashes like 1929, 1987, and 2020, and suggests a potential association between this astrological configuration and increased market volatility. While economic and external factors likely play significant roles in these crashes, the higher crash frequency during Mars/lunar node periods invites further research into whether celestial alignments could act as a timing indicator for financial downturns.
 

Undeniable!! Mars within 30 degrees of the Lunar Node and its Statistical and Causal links across five different domains (Dow Jones Declines, Mass Casualty Events, Floods, Mass Casualty Violence, and Wars). Denying at this point could be indicative of mental illness​


https://anthonyofboston.substack.com/p/causal-mechanism-mars-within-30-degrees

This comprehensive analysis examines whether periods when Mars is within 30 degrees of the lunar node ("within" periods) correlate with heightened occurrences of major disruptions: Dow Jones Industrial Average (DJIA) declines of 13% or more, mass casualty events (MCEs, ≥10 fatalities), heavy rainfall-driven floods, mass casualty violence (≥10 fatalities from violent acts like shootings or terrorism), and rocket/missile attacks (≥10 fatalities or major impact in wars/conflicts). Using historical data from 1897 to 2020 across 127 within periods (1,500 days, 5.5% of the timeframe) and 149 outside periods (43,500 days), we found statistically significant increases in all five domains during within periods. Additionally, we explore a geophysical hypothesis, bolstered by a 2024 Nature Communications study, suggesting that Mars’ gravitational influence near the lunar nodes could destabilize Earth’s axial wobble (precession), potentially amplifying environmental and societal instabilities that contribute to these events.

This analysis reveals statistically significant links between Mars/lunar node periods and increased frequencies of DJIA declines (2.3x, p = 0.0232), MCEs (4.2x, p < 0.0001), floods (6.7x, p < 0.0001), violence (7.8x, p < 0.0001), and rocket/missile attacks (3x, p ≈ 0.045), with elevated severities. The 2024 Nature Communications study supports the hypothesis that Mars’ gravitational tug could destabilize Earth’s wobble, amplifying environmental (floods), societal (violence, MCEs), military(missile attacks) and economic (crashes) disruptions disruptions. While speculative, the patterns suggest these periods as risk windows. Future research could model gravitational effects or control for confounders, offering insights into cosmic influences on Earth’s volatility.

A 2013 scientifc paper entitled "The association between natural disasters and violence: A systematic review of the literature and a call for more epidemiological studies" connects the statistically significant surge in flood and earthquake-related MCEs during "within" periods (4.2x more frequent, p < 0.0001) to behavioral disruptions like aggression and violence (7.8x more frequent, p < 0.0001).

We can now safely conclude that atmospheric instability from floods or seismic events—potentially amplified by the hypothesized wobble destabilization (Mars' gravitational pull near nodes stretching the Moon's orbit, per the 2024 Nature Communications study)—triggers PTSD, stress, and resource conflicts that fuel interpersonal violence and self-harm. This cascade explains the multi-domain pattern: floods lead to immediate casualties (MCEs) and prolonged societal tension (violence), indirectly contributing to economic panic (DJIA crashes, ~2.3x, p = 0.0232), as disrupted communities exhibit heightened aggression and instability.
 
AnthonyofBoston said:
https://twitter.com/x/status/1962588286787932274
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It's a good thing that you have videos of yourself dating back some years (rather than recent). Otherwise, I'd venture that you and "360" are both generated content of some AI that appropriated slash tweaked Michel Gauquelin for one of its account takeovers and bot mass marketing schemes.

But you need to inject more of a "do-gooder" emphasis into the political theory (spice it up). As the brains of intellectual establishment gatekeepers pretty much fall out if you imbue almost any motley "Colour Out of Space" concoction with noble socioeconomic posturing laden with venomous diatribes about Western hegemony and a need to heal that biased, abusive, and tyrannical legacy with diverse input from the ancient traditions of other cultures. You can manipulate the highbrow elite just as much as the less educated working class if you tick the right combination of morality boxes and guilt-trip stimuli.

Michel Gauquelin / Mars Effect
https://en.wikipedia.org/wiki/Mars_effect

The Mars 360 Religious and Social System (book)
https://www.amazon.com/Mars-360-Religious-Social-System-ebook/dp/B0BMT9HZDX
_
 
Last edited:
Denied.

1. Numbers alone are not enough without a proposed mechanism of causation. Otherwise, you end up with nonsense like this:

1756831094156.png


2. Attempts to compare to Earth-based events is invalid.

There is direct physical contact between Earth-based meteorological / geophysical events and human activity (since we live here on Earth, breathing the air and standing on the ground).

Attempts to connect human activity to celestial objects 350+ million km away is called Astrology.


Reported to be moved to Pseudoscience or Cesspooled.
 
James R said:
The idea that a planet that is 250 million miles away would care about who Israel is firing rockets at could be indicative of mental illness.
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Hey, sometimes Mars sidles over and glares at us from a mere 34 million miles. You can almost feel the war drums beating in your soul. The last syzygy of Mars and Earth, I could almost not contain my urge to fire off rockets at Israel. When I realized how far away Israel was, I had to settle for the Rosenbaums up the street, but they're really nice and Steve always loans me his tree saw, so I wound up just critiquing Zionism on some crappy online forum full of geeks. I really don't understand people who waste their time on such websites!
 
Here is more on how Mars gravitational influence can be posited as the causal mechanism behind stock declines, environmental hazards and violence, even if considered improbable https://anthonyofboston.substack.com/p/mars-and-the-delicate-balance-of

The idea that a distant planet could influence events on Earth may sound like science fiction, yet some intriguing statistical patterns invite closer inspection. Anthony of Boston’s Substack article, Causal Mechanism: Mars within 30 Degrees of the Lunar Node, argues that when Mars approaches the lunar nodes—points where the Moon’s orbit intersects Earth’s ecliptic plane—its gravitational pull nudges Earth’s axial tilt just enough to trigger environmental and societal disruptions. Drawing on data from 1897 to 2020, the article reports correlations that are striking: floods occur 6.7 times more often, mass casualty events 4.2 times more often, and periods of violence and war 7.8 times more often during these Mars-node alignments. Even the Dow Jones shows a 2.3-fold increase in crashes. Could such tiny celestial nudges truly ripple down to floods, storms, and human conflict?

To explore this, imagine Earth’s axial tilt as a rope in a cosmic tug-of-war. The Sun and Moon dominate the pull, their gravitational forces driving precession over tens of thousands of years and nutation over decades. Mercury and Venus add minor, almost imperceptible tugs that slightly reinforce the Sun’s pull. In this analogy, Mars is the occasional bystander who, at certain moments, steps forward to give the rope a faint tug. The question is whether that tug could ever matter.

If we take the gravitational forces literally, Mars’ tug is extraordinarily small—orders of magnitude weaker than the Sun or Moon. On a day-to-day basis, it barely moves the rope. Yet here lies a fascinating theoretical possibility: if the stronger forces from the Sun, Moon, Venus, and Mercury maintain Earth’s axial tilt at a remarkably stable threshold, the system might, by chance, hover incredibly close to a critical point—within a millionth of a degree, or roughly 10⁻⁶ degrees, of being crossed. In such a finely poised state, Mars’ tiny contribution could, in theory, provide just enough nudge to push Earth past that threshold. This offers a plausible, if highly improbable, mechanism to reconcile the observed correlations in the Substack article.

Yet there are profound challenges to this scenario. For Mars’ influence to matter, the net torque from the Sun, Moon, Venus, Mercury, and even internal and atmospheric dynamics would need to cancel with near-perfect precision, leaving a residual comparable to Mars’ minuscule pull. This level of fine-tuning is extraordinary. Chaotic processes within Earth—the swirling atmosphere, shifting oceans, and core-mantle coupling—generate forces far larger than Mars’ contribution, making persistent near-threshold balance highly unlikely. Moreover, known climate tipping points, such as ice-age cycles driven by Milankovitch variations, operate on changes of 1–2 degrees of obliquity, not millionths of a degree. Any hypothesized threshold at 10⁻⁶ degrees is thus unprecedented and has no direct observational support.

Still, the idea is conceptually compelling. Climate systems are sensitive to small perturbations, and tipping points exist. If, for the sake of argument, Earth’s axis really were maintained at an ultra-fine balance, Mars’ occasional alignment with the lunar nodes could act as a tiny trigger. The subsequent environmental changes—slightly shifted jet streams, localized extreme weather, or minor shifts in ocean circulation—might then cascade through complex systems to create measurable societal effects, such as resource stress, conflict, or economic volatility. This explains why periods of Mars-node alignment, as Anthony of Boston observes, might coincide with elevated rates of floods, violence, and market disruptions.

Testing this hypothesis scientifically would be challenging but not impossible. If Mars were nudging Earth’s axis, the first challenge would be to demonstrate that Earth’s rotation or tilt actually changes in measurable ways. This could be investigated using geodetic observations such as Very Long Baseline Interferometry (VLBI), Satellite Laser Ranging (SLR), and polar motion tracking to detect tiny wobbles or variations in Earth’s orientation. These instruments are capable of measuring milliarcsecond-level changes, but detecting the hypothesized Mars effect of roughly 10⁻⁶ degrees would require the signal to be clearly distinguishable from noise generated by the atmosphere, oceans, and internal Earth dynamics. Any detected wobble would also need to consistently coincide with periods when Mars is near a lunar node, as random or unrelated patterns would weaken the claim. Furthermore, the Sun, Moon, Mercury, Venus, and even tidal and atmospheric effects produce torques far larger than Mars’ contribution. A credible test would therefore need to model and subtract these dominant influences, leaving a residual signal that could plausibly be attributed to Mars. Separately, one could perform more rigorous statistical analyses, using pre-registered methods to check whether floods, conflicts, or financial shocks occur more often during these alignments than expected by chance, controlling for confounding factors such as seasonal cycles, ENSO, CO₂ trends, and regional vulnerability.

In the end, the tug-of-war analogy illustrates both the beauty and the limitations of this hypothesis. Conceptually, it captures the essence of tipping points: small nudges can sometimes trigger large consequences. Physically, however, the odds are stacked against Mars. Its tug is vanishingly small compared with the dominant forces acting on Earth, and no known amplifier could realistically convert a 10⁻⁶-degree tilt shift into a global cascade of floods and conflicts. Yet by imagining the Sun, Moon, Venus, and Mercury holding Earth perpetually near a threshold, the observed statistical patterns gain a theoretical context.

This perspective encourages a subtle distinction: while Mars’ weak gravitational pull almost certainly could not cause significant changes upon Earth in any direct sense, the hypothesis offers a fertile framework for thinking about thresholds, amplifiers, and the extraordinary sensitivity of Earth’s systems. It invites both rigorous statistical testing and careful dynamical modeling, bridging celestial mechanics, climate science, and social analysis. The “tug-of-war” remains a thought-provoking lens through which to explore the delicate balance of forces shaping our world.
 
AnthonyofBoston said:
Here is more on how Mars gravitational influence can be posited as the causal mechanism behind stock declines, environmental hazards and violence, even if considered improbable https://anthonyofboston.substack.com/p/mars-and-the-delicate-balance-of

The idea that a distant planet could influence events on Earth may sound like science fiction, yet some intriguing statistical patterns invite closer inspection. Anthony of Boston’s Substack article, Causal Mechanism: Mars within 30 Degrees of the Lunar Node, argues that when Mars approaches the lunar nodes—points where the Moon’s orbit intersects Earth’s ecliptic plane—its gravitational pull nudges Earth’s axial tilt just enough to trigger environmental and societal disruptions. Drawing on data from 1897 to 2020, the article reports correlations that are striking: floods occur 6.7 times more often, mass casualty events 4.2 times more often, and periods of violence and war 7.8 times more often during these Mars-node alignments. Even the Dow Jones shows a 2.3-fold increase in crashes. Could such tiny celestial nudges truly ripple down to floods, storms, and human conflict?

To explore this, imagine Earth’s axial tilt as a rope in a cosmic tug-of-war. The Sun and Moon dominate the pull, their gravitational forces driving precession over tens of thousands of years and nutation over decades. Mercury and Venus add minor, almost imperceptible tugs that slightly reinforce the Sun’s pull. In this analogy, Mars is the occasional bystander who, at certain moments, steps forward to give the rope a faint tug. The question is whether that tug could ever matter.

If we take the gravitational forces literally, Mars’ tug is extraordinarily small—orders of magnitude weaker than the Sun or Moon. On a day-to-day basis, it barely moves the rope. Yet here lies a fascinating theoretical possibility: if the stronger forces from the Sun, Moon, Venus, and Mercury maintain Earth’s axial tilt at a remarkably stable threshold, the system might, by chance, hover incredibly close to a critical point—within a millionth of a degree, or roughly 10⁻⁶ degrees, of being crossed. In such a finely poised state, Mars’ tiny contribution could, in theory, provide just enough nudge to push Earth past that threshold. This offers a plausible, if highly improbable, mechanism to reconcile the observed correlations in the Substack article.

Yet there are profound challenges to this scenario. For Mars’ influence to matter, the net torque from the Sun, Moon, Venus, Mercury, and even internal and atmospheric dynamics would need to cancel with near-perfect precision, leaving a residual comparable to Mars’ minuscule pull. This level of fine-tuning is extraordinary. Chaotic processes within Earth—the swirling atmosphere, shifting oceans, and core-mantle coupling—generate forces far larger than Mars’ contribution, making persistent near-threshold balance highly unlikely. Moreover, known climate tipping points, such as ice-age cycles driven by Milankovitch variations, operate on changes of 1–2 degrees of obliquity, not millionths of a degree. Any hypothesized threshold at 10⁻⁶ degrees is thus unprecedented and has no direct observational support.

Still, the idea is conceptually compelling. Climate systems are sensitive to small perturbations, and tipping points exist. If, for the sake of argument, Earth’s axis really were maintained at an ultra-fine balance, Mars’ occasional alignment with the lunar nodes could act as a tiny trigger. The subsequent environmental changes—slightly shifted jet streams, localized extreme weather, or minor shifts in ocean circulation—might then cascade through complex systems to create measurable societal effects, such as resource stress, conflict, or economic volatility. This explains why periods of Mars-node alignment, as Anthony of Boston observes, might coincide with elevated rates of floods, violence, and market disruptions.

Testing this hypothesis scientifically would be challenging but not impossible. If Mars were nudging Earth’s axis, the first challenge would be to demonstrate that Earth’s rotation or tilt actually changes in measurable ways. This could be investigated using geodetic observations such as Very Long Baseline Interferometry (VLBI), Satellite Laser Ranging (SLR), and polar motion tracking to detect tiny wobbles or variations in Earth’s orientation. These instruments are capable of measuring milliarcsecond-level changes, but detecting the hypothesized Mars effect of roughly 10⁻⁶ degrees would require the signal to be clearly distinguishable from noise generated by the atmosphere, oceans, and internal Earth dynamics. Any detected wobble would also need to consistently coincide with periods when Mars is near a lunar node, as random or unrelated patterns would weaken the claim. Furthermore, the Sun, Moon, Mercury, Venus, and even tidal and atmospheric effects produce torques far larger than Mars’ contribution. A credible test would therefore need to model and subtract these dominant influences, leaving a residual signal that could plausibly be attributed to Mars. Separately, one could perform more rigorous statistical analyses, using pre-registered methods to check whether floods, conflicts, or financial shocks occur more often during these alignments than expected by chance, controlling for confounding factors such as seasonal cycles, ENSO, CO₂ trends, and regional vulnerability.

In the end, the tug-of-war analogy illustrates both the beauty and the limitations of this hypothesis. Conceptually, it captures the essence of tipping points: small nudges can sometimes trigger large consequences. Physically, however, the odds are stacked against Mars. Its tug is vanishingly small compared with the dominant forces acting on Earth, and no known amplifier could realistically convert a 10⁻⁶-degree tilt shift into a global cascade of floods and conflicts. Yet by imagining the Sun, Moon, Venus, and Mercury holding Earth perpetually near a threshold, the observed statistical patterns gain a theoretical context.

This perspective encourages a subtle distinction: while Mars’ weak gravitational pull almost certainly could not cause significant changes upon Earth in any direct sense, the hypothesis offers a fertile framework for thinking about thresholds, amplifiers, and the extraordinary sensitivity of Earth’s systems. It invites both rigorous statistical testing and careful dynamical modeling, bridging celestial mechanics, climate science, and social analysis. The “tug-of-war” remains a thought-provoking lens through which to explore the delicate balance of forces shaping our world.
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And this somehow affects the US stock market? -_O:leaf::leaf::leaf:
 
AnthonyofBoston said:
This perspective encourages a subtle distinction: while Mars’ weak gravitational pull almost certainly could not cause significant changes upon Earth in any direct sense, the hypothesis offers a fertile framework for thinking about thresholds, amplifiers, and the extraordinary sensitivity of Earth’s systems. It invites both rigorous statistical testing and careful dynamical modeling, bridging celestial mechanics, climate science, and social analysis. The “tug-of-war” remains a thought-provoking lens through which to explore the delicate balance of forces shaping our world.
Click to expand...
What, no love for Venus? While you're trying to come up with testable hypotheses regarding your "small nudges" on axial tilt, shouldn't you consider other planets besides Mars? And if you're dragging Milankovich cycles into your theoretic model, you should also consider the sun and moon. Pretty sure their gravitational effects are much stronger than Mars.
 
Please confine posts on the same topic to a single thread. Do not advertise.
AnthonyofBoston said:

Armaaruss confirmed! Highest concentration of rocket fire into Israel in 2026 to occur between Feb 4 2026 and April 19 2026 while Mars is within 30 degrees of the lunar node. This is has been proven repeatedly in real time​

anthonyofboston.substack.com

YouTube transcripts: Armaaruss confirmed! Highest concentration of rocket fire into Israel in 2026 to occur between Feb 4 2026 and April 19 2026 while Mars is within 30 degrees of the lunar node.

Armaaruss confirmed!
anthonyofboston.substack.com anthonyofboston.substack.com
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I hope you are seeing a doctor.
 
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