Finance, Fibonacci and Moon & Money

Phases of the moon
Phases of the moon

From the earliest days of civilization, humans have searched for patterns to help explain and predict the cycles of prosperity and decline. Today, both mathematics and astronomy reveal hidden rhythms that shape our financial world. This article explores the remarkable role of the Fibonacci sequence in financial markets, the intriguing 18.6-year lunar cycle, and how the Moon, silver, and money are woven together in our collective story. For definitions and clarifications of technical terms and historical references, see below in the References Section.


Fibonacci: Nature’s Code in the Markets

The Fibonacci sequence—a series where each number is the sum of the two preceding ones—appears throughout nature, from the spirals of shells to the branching of trees. In finance, Fibonacci ratios (such as 23.6%, 38.2%, and 61.8%) are used as predictive tools. Traders apply these ratios to price charts to identify potential support and resistance levels, reflecting the idea that human psychology and natural growth patterns influence market behavior.

The golden ratio (approximately 1.618), derived from the Fibonacci sequence, is often observed in asset price movements and market cycles. Its prevalence in both natural and financial systems suggests that markets, like living organisms, may be governed by universal mathematical laws (see References Section).


The 18.6-Year Lunar Cycle: Celestial Influence on Earthly Fortunes

Beyond mathematics, astronomy offers another layer of cyclical influence. The 18.6-year lunar nodal cycle—known as the lunar standstill—marks the period it takes for the Moon’s orbit to complete a full cycle relative to Earth’s equator. This cycle affects tides, climate phenomena such as El Niño, and, according to some economic theorists, long-term patterns in real estate and financial markets.

Researchers like Fred Harrison and Louise McWhirter have argued that major economic booms and busts often align with this lunar cycle. Ancient cultures, recognizing the Moon’s power over tides and time, built monuments like Stonehenge to track these celestial rhythms, integrating them into agricultural and social calendars (see References Section).


Moon, Money, and Silver: A Sacred Connection

The connection between the Moon and money runs deep. The Roman goddess Juno Moneta, whose temple housed the first mint, gives us the word “money.” Silver, long associated with the Moon in myth and alchemy, was among the earliest forms of currency. Its reflective, luminous quality symbolized intuition and the cyclical nature of value—qualities mirrored in the Moon’s phases.

Silver’s status as a “fluid” asset refers to its high liquidity in markets: it can be quickly bought or sold, making it a practical store of value across cultures and eras (see References Section).


Resonance and Symbolism: 18.6 and 1.618

While the numbers 18.6 (years in the lunar cycle) and 1.618 (the golden ratio) are not mathematically equivalent, their shared digits and roles in cyclical, self-replicating patterns have inspired symbolic connections. Both represent harmony and balance in nature and human systems, suggesting that our economic rhythms may be shaped by deeper, universal principles (see References Section).


Conclusion

From Fibonacci’s numbers to the Moon’s cycles, the story of money is a story of patterns—mathematical, celestial, and cultural. Silver’s link to the Moon and to early money, the predictive power of Fibonacci in markets, and the lunar cycle’s effect on tides and economies all point to an underlying order in the chaos of finance. By recognizing these patterns, we gain not just practical tools for prosperity, but a deeper appreciation for our place in the cosmos.


See references for more details and clarifications on these terms and concepts.

References Section

Fibonacci Sequence & Golden Ratio:

  • The Fibonacci sequence is a series of numbers where each is the sum of the two preceding numbers. The ratio between successive numbers approaches the golden ratio (1.618), which appears in natural forms and is used in financial analysis to predict market retracements and turning points.

Lunar Standstill Cycle (18.6 Years):

  • The lunar standstill is the period when the Moon reaches its extreme declinations every 18.6 years, affecting tides and some climate phenomena. Ancient monuments like Stonehenge are aligned to these cycles, reflecting their importance in early timekeeping and ritual.

Numerical Coincidence (18.6 vs. 1.618):

  • The similarity between 18.6 and 1.618 is symbolic, not mathematical. The shared digits highlight humanity’s tendency to find meaning in recurring patterns, especially when both numbers are linked to cycles and harmony in nature.

Bridge Number 11.5:

  • The “bridge number” 11.5 is a mathematical factor that, when multiplied by the golden ratio (1.618), yields approximately 18.6 (1.618 × 11.5 ≈ 18.6). This connection is coincidental and does not reflect any known geometric, astronomical, or financial principle. It is used illustratively to show how different cycles or ratios can sometimes be numerically related through scaling factors, but there is no deeper significance to the number 11.5 in this context.

Juno Moneta and Silver:

  • Juno Moneta was the Roman goddess whose temple served as the first mint, giving us the word “money.” Silver, associated with the Moon in mythology and alchemy, was used as currency due to its liquidity and symbolic connection to cycles and intuition.

Liquidity (“Fluid” Assets):

  • In finance, a “fluid” or liquid asset is one that can be easily converted to cash. Silver is considered highly liquid because it is globally traded and can be quickly bought or sold at transparent prices.

Stonehenge and Lunar Alignments:

  • Archaeological evidence shows that Stonehenge and similar sites were constructed to track lunar standstills, indicating the importance of the Moon’s cycle in ancient society.

Citations:

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  2. https://library-guides.ucl.ac.uk/referencing-plagiarism/referencing-styles
  3. https://subjectguides.york.ac.uk/referencing-style-guides
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  5. https://www.mhra.org.uk/style/chapter7.html
  6. https://www.scribbr.co.uk/category/referencing/
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  8. https://apastyle.apa.org/style-grammar-guidelines
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