Showing posts with label Foundation for the Study of Cycles. Show all posts
Showing posts with label Foundation for the Study of Cycles. Show all posts

Monday, December 1, 2025

2026 High in the Benner Cycle | "Time to Sell Stocks and Values of all Kinds"

Samuel Benner (1832–1913), a once-prosperous farmer in Lawrence County, Ohio, whose wealth was destroyed by a devastating hog cholera epidemic and the Panic of 1873, devoted the remainder of his life to identifying recurring patterns in economic booms and busts. Through exhaustive analysis of commodity prices—specifically provisions (pork products such as bacon, ham, mess pork, lard, and salted pork), live hogs, corn, cotton, and pig iron (later also wheat and railroad-stocks)—he published "Benner's Prophecies of Future Ups and Downs in Prices" in 1876, a work that formed the basis for his annual forecasts through 1907.
  
» Periods When to Make Money. «   The original 1872 business card of George Tritch Hardware Co., Denver, Colorado, is the focus of an ongoing controversy regarding its true origin—whether it was genuinely created by Tritch or popularized by Benner three years later in 1875.
 » Periods When to Make Money. « The original 1872 business card of the George Tritch Hardware Co. in Denver, Colorado—which was copyrighted in 1883 and 1897—is the focus of an ongoing controversy: Was it genuinely created by Tritch, or was it simply plagiarized and popularized by Benner four years later in 1876?
 
Benner’s approach was empirical, grounded in price data from 1780 to 1872, and used to extend projections far into the future by emphasizing recurring cycles in commodity prices and business activity. He treated these cycles not merely as descriptive patterns but as prescriptive guidance, advising investors on when to buy during "hard times" and when to sell during "good times."
 
Benner's model identified nested cycles influencing commodity prices, agricultural yields, and broader business conditions. Central to his framework are the following patterns:  ■ 27-Year Cycle in Pig Iron and Cotton Prices: Analyzing data from 1833 to 1899, Benner observed high prices following an ascending arithmetic progression of 8, 9, and 10 years, repeating every 27 years. Low prices, conversely, followed a descending series of 9 and 7 years. This cycle captured the volatility in industrial commodities like pig iron, which Benner viewed as a bellwether for economic health, given iron's role in manufacturing and infrastructure. ■ 11-Year Cycle in Corn and Hog Prices: Beginning in 1836, this cycle alternated between 5- and 6-year sub-periods, reflecting fluctuations in agricultural staples. Benner broke it into peaks and troughs that aligned with seasonal and weather-related disruptions. ■ Business Cycle with 16-18-20 Year Peaks: Extending his commodity analysis, Benner described a broader 11-year business rhythm, characterized by peaks spaced 16, 18, and 20 years apart. Lows coincided with pig iron troughs, while panics occurred at intervals averaging 9 years (7-11-9 pattern, akin to the Juglar cycle). Every third peak aligned roughly every 54 years, echoing longer waves like those later formalized by Nikolai Kondratieff.  These cycles formed a hierarchical structure: shorter oscillations (5–11 years) drove immediate price swings, while longer ones (27 and 54 years) shaped multi-decade eras of prosperity or contraction. Benner integrated them into a single chart, forecasting "ups and downs" with directives such as "Years of Good Times: High Prices and the Time to Sell" for peaks and "Years of Hard Times: Low Prices and a Good Time to Buy" for troughs.

Benner's time-price model identified nested peaks and troughs in commodity prices, agricultural yields, and broader economic conditions. 
Central to his framework were the following patterns:

27-Year Cycle in Pig Iron and Cotton Prices: Analyzing data from 1833 to 1899, Benner observed high prices following an ascending arithmetic progression of 8, 9, and 10 years, repeating every 27 years. Low prices, conversely, followed a descending series of 9 and 7 years. This cycle captured the volatility in industrial commodities like pig iron, which Benner viewed as a bellwether for economic health, given iron's role in manufacturing and infrastructure.
11-Year Cycle in Corn and Hog Prices: Beginning in 1836, this cycle alternated between 5- and 6-year sub-periods, reflecting fluctuations in agricultural staples. Benner broke it into peaks and troughs that aligned with seasonal and weather-related disruptions.
Business Cycle with 16-18-20 Year Peaks: Extending his commodity analysis, Benner described a broader 11-year business rhythm, characterized by peaks spaced 16, 18, and 20 years apart. Lows coincided with pig iron troughs, while panics occurred at intervals averaging 9 years (7-11-9 pattern, akin to the Juglar cycle). Every third peak aligned roughly every 54 years, echoing longer waves like those later formalized by Nikolai Kondratieff.

 Benner's astronomical time-price cycles theory.

These cycles formed a hierarchical structure: shorter oscillations (5–11 years) drove immediate price swings, while longer ones (27 and 54 years) shaped multi-decade eras of prosperity or contraction. Benner integrated them into a single chart, forecasting "ups and downs" with directives such as "Years of Good Times: High Prices and the Time to Sell" for peaks and "Years of Hard Times: Low Prices and a Good Time to Buy" for troughs.
 
 For 2025, Benner’s cycle predicted the US stock market driving higher, for 2026, it forecasts a major stock market top: "High Prices and the Time to Sell Stocks and Values of All Kinds" into 2032 ("Years of Hard Times, Low Prices, and a Good Time to Buy Stocks"). In Benner's projection 2026 is marked as a "B" phase year — a peak of high prices and euphoria, often the culmination of a bull market before a shift to downturns. Historical "B" peaks have aligned (often within 1-2 years) with major tops like: 1929 (Great Depression peak), 2000 (dot-com bubble), 2007 (pre-2008 crisis), and others. 2026 is the final peak year, and should be followed by underperformance or bearish conditions into 2032.
 » "B." [2026] Years of Good Times. High Prices and the Time to Sell Stocks and Values of All Kinds. « 
For 2025, Benner’s cycle predicted the US stock market driving higher; for 2026, it forecasts a major top: "High Prices and the Time to Sell Stocks and Values of All Kinds" into 2032 ("Years of Hard Times, Low Prices, and a Good Time to Buy Stocks"). 2026 is marked as a "B" phase year — a peak of high prices and euphoria, often the culmination of a bull market before a shift to downturns. Historical "B" peaks have aligned (often within 1-2 years) with major tops like: 1929 (Great Depression peak), 2000 (dot-com bubble), 2007 (pre-2008 crisis), and others. 
Benner attributed these periodicities to celestial mechanics, positing that solar system dynamics influenced earthly economies. He aligned his 11-year cycle with Jupiter's major equinox, which recurs every 11.86 years—a near-match to observed corn, hog, and business fluctuations from 1836, 1847, 1858, and 1869. Jupiter, in his view, served as the "ruling element" in natural product price cycles, potentially modulated by electromagnetic influences from Uranus and Neptune on Saturn and, in turn, Earth.

This astro-economic perspective echoed earlier hints by English economist William Stanley Jevons, who suggested in 1843 planetary configurations might underpin business cycles but abandoned the idea amid academic opposition. Modern interpretations extend this to lunar phases and solar activity (e.g., nodal precession, sunspot cycles), though Benner's original emphasis remained on observable price data rather than strict astronomy and astrology.
   
Benner's Cycle Forecast for the Period 2015–2035.
Benner's Cycle Forecast for the Period 2015–2035.

In 1948, Edward R. Dewey, director of the Foundation for the Study of Cycles, updated and reprinted Benner’s work as the Foundation’s "Reprint No. 24". He lauded Benner’s pig-iron forecasts over the 60-year period from 1875 to 1935 for achieving a gain-to-loss ratio of 45:1, deeming it one of the most reliable business charts despite numerous imitations by lesser-known authors. Proponents cite alignments with major events: the cycle's "B" peaks (high-price euphoria phases) approximated the 1929 stock market top preceding the Great Depression, the 2000 dot-com bust, and the 2007 pre-financial crisis summit—often within 1–2 years. 
 
Edward R. Dewey (1967) considered the true length of Benner’s pig iron price cycle to be 9.2 years and thus his "forecast got off the track by one year every five waves. By 1939 his projection was no longer usable."  In 1971 Dewey commented: "Were Benner still alive and issuing yearly supplements to his Prophecies, he probably would have learned all that was necessary to know about cycles of fractional length and would have adjusted later forecasts accordingly."
Edward R. Dewey (1967) considered the true length of Benner’s pig iron price cycle to be 9.2 years and thus his "forecast got off the track by one year every five waves. By 1939 his projection was no longer usable."  In 1971 Dewey commented: "Were Benner still alive and issuing yearly supplements to his Prophecies, he probably would have learned all that was necessary to know about cycles of fractional length and would have adjusted later forecasts accordingly." 
However, scrutiny reveals nuances: Benner's original chart, rooted in agriculture (which comprised 53% of the US economy in the 1870s), projected a 1927 high and 1930 low, not the exact 1929–1932 Depression timeline. A sensational 1933 Wall Street Journal article, designed to attract attention, altered Benner’s original cycle dates for dramatic effect, thereby fueling persistent misconceptions (see chart below).
 
Benner's original chart, rooted in agriculture (which comprised 53% of the US economy in the 1870s), projected a 1927 high and 1930 low, not the exact 1929–1932 Depression timeline. A 1933 Wall Street Journal reproduction altered these dates for dramatic effect, fueling misconceptions.
 
Martin Armstrong recently contended that Benner’s cycle was more a historical curiosity than a reliable predictive tool, noting that it has been both right and wrong many times: 
 
The claim that Benner’s Cycle predicted the Great Depression is false. The chart [above] that was published in the Wall Street Journal altered Samuel Benner’s cycle, which was based on agriculture. It predicted a high in 1927, not 1929, and the low in 1930, not 1932. Claims that Benner’s work calls for a crash in 2025 are flat-out wrong. His target years would be 2019 and 2035, based on his data, not the altered, fake news published by the Wall Street Journal in 1933.
 
Benner was a farmer. Applying his cycle to the economy today is no longer effective, any more than the Kondratieff Wave. Both were based on the economy, with agriculture being the #1 sector. As the Industrial Revolution unfolded, those cycles remain relevant for commodities, but not the economy. Agriculture, when Benner developed his model, accounted for 53% of the economy. Today it is 3%. If they were alive today, they would have used the services industry. Capital flows are still pointing to the dollar, given the prospect of war and sovereign defaults outside the USA.

Thursday, October 2, 2025

Unlocking the "Years-Ending-in-5" Market Signal | Jake Bernstein

One of the most reliable patterns I’ve observed in markets appears in years ending in the number five. It is simple: take the January high of the Dow Jones Industrial Average. If the market records two consecutive monthly closes above that high, history shows a strong rally often follows into early December or even year-end. This is a purely mechanical setup; without the two closes, the pattern remains dormant.

Detrended Weekly Seasonal Composite Future chart for the S&P 500 from 1942 to 2024.

Looking back, the results are striking. In 1995, the trigger led to a more than twenty percent advance. 1985 produced roughly fifteen percent, 1975 seven to ten percent, and even 1965, after a brief pullback, ended higher by about five percent. Earlier examples include 1955 with fifteen percent, and 1935 and 1945 each with nearly thirty percent rallies. Not every “five” year triggers the setup—as in 2005 and 2015—but when it does, the outcome has consistently favored the bulls.

 Dow Jones (monthly bars), 2025.
» If the market records two consecutive monthly closes above the January high, history shows a strong rally often follows into year-end. This is a purely mechanical setup; without the two closes, the pattern remains dormant. « 
In 2025, we already have one monthly close above the January high [¿?]. If October confirms with a second [¿? would be the third], the trigger will be set. With only November and December remaining, history suggests that these final months could deliver substantial gains, just as in previous “five” years.

Not every “5” year produces a trigger (e.g., 2015, 2005),
but when it does, the outcome has often been significant.
 
The pattern is neither perfect nor guaranteed, but the Dow’s record demonstrates that when it occurs, the probabilities strongly favor a significant year-end advance.

Reference:
Jake Bernstein (October 2, 2025) - Unlocking the Years-Ending-in-5 Market Signal. (video)

Detrended Weekly Seasonal Composite for the S&P 500 from 2001 to 2025.

See also:

Friday, November 1, 2024

The 41-Month Kitchin Cycle Topping Patterns in US Stocks | Lars von Thienen

The weekly S&P 500 shows that the nominal 180-week cycle, currently at 177 weeks, is in an early topping stage. This long-awaited time cycle has been monitored since the end of 2023 and has been cited as a key driver for the upturn lasting into this window. Now that we have arrived at this point, we need to pay close attention to the shorter-term cycles and technical indicators.

Weekly S&P 500 with nominal 180 weeks / 41-Month Kitchin Cycle topping | October 23, 2024

Before moving to the daily cycle analysis, it is worth noting that the cyclic-tuned RSI indicator has reached the upper band, indicating a "bull exhaustion" mode. This condition can turn within days into a "bulls tired" and/or "bulls exit" state, signaling that we are primed for a longer-term reversal. The same weekly cycles situation can be observed on the NASDAQ.

NASDAQ weekly cycles | October 23, 2024

Let's now examine the daily cycles, starting with the S&P 500 model.

 » The daily composite model suggests a topping pattern either now or potentially by the end of the year. «
 S&P 500 daily dominant cycles model | October 23, 2024

The main cycles are the 192-day and the harmonic 89-day trading cycles. The daily composite model suggests a topping pattern either now or potentially by the end of the year. The cRSI indicator shows we are nearing the upper band, which could also signal a final year-end rally before both daily cycles align with the downward-trending weekly cycle noted earlier. A similar perspective can be observed in the Nasdaq daily data.

Nasdaq Composite daily dominant cycles model | October 23, 2024

The shorter-term daily cycles with lengths of 80 and 200 trading days on the Nasdaq model are rolling over now and will likely continue into the end of 2024. These cycles are also coming into alignment with the next long-term downward swing, which is in sync with the long-term cycles shown earlier.

It's worth noting that we're seeing a divergence forming, as the market experienced a clear topping pattern in June of this year: At that time, the composite model peaked while the cRSI was breaking down below the upper band, issuing a sell signal. The price never went back to achieve a higher high, and the cRSI is indicating an even bigger divergence between the price action and the signal line. The technical indicators shown below have been adjusted to the cycles detected and mentioned above. The highlighted red or green shaded areas indicate that the higher timeframe - here the weekly S&P 500 - is also taken into consideration. 

S&P 500 - cRSI cyclic indicator | October 23, 2024

The multi-timeframe cyclic technical indicator is showing a clear divergence between price and the signal. While the weekly chart confirms another overbought situation at the time the divergence signal emerges, this provides technical confirmation of a possible top in place. A similar technical condition can be observed on the NASDAQ.
 
Nasdaq Composite | October 23, 2024

 

Tuesday, June 4, 2024

The 18 Year Economic Cycle │Akhil Patel


Akhil Patel was the special guest presenter at the Foundation for the Study of Cycles' June 3 'Masters Working Group' interactive session. Author of 'The Secret Wealth Advantage', Patel discusses how the 18 year cycle affects the markets and how it can transform investing strategies. Patel is one of the world’s leading experts in economic, financial, and property cycles. He has been working for over a decade to produce unique research that combines an in- depth understanding of business, real estate, and stock market cycles. 
 
 

Thursday, March 21, 2024

The 500 Year Cycle | Raymond H. Wheeler

The 1000 year cycle tends to break down into halves of about 500 years each. Centering on the dates of 375 BC, 30 AD, 460 AD, 955 AD, and 1475 AD, climate was dry and colder than usual. The warm periods were short and were often disrupted by drops in temperature. Midway between these dates, the warm periods stretched out; the interruptions were not as long, and the cold periods shortened. The result is an intermediate cycle averaging 510 years in length.
 
 » Mass migrations were extensive, and all the ancient civilizations collapsed. «
Vandals sacking Rome, 455 AD.

The beginning of the first of these 500-year rhythms marks an important place in the history of climate. Prior to 575 BC, climatic cycles were longer and more extreme than they have been since then. In the two centuries immediately following, from 450 ta 320 BC, it was warm much of the time. Two 100-year cycles were almost fused into one. The cold period between them, at 420 BC, was very short. After that, the cold periods lengthened. By the end of this 500-year period, at the time of Christ, there was an exceptionally long cold period.

The cold phase centering on 460 AD, at the end of the next 500-year cycle, was also exceptionally cold. Mass migrations were extensive, and all the ancient civilizations collapsed. There was a long-term downward trend in rainfall. Although there were long cold phases in the 600s and 700s, they were frequently interrupted by silts to the warm side and did not seem to be exceptionally bad. The cold phases of the 800s and 900s were extremely severe, causing many migrations, primarily from the northern countries — especially when conditions began to deteriorate approaching 955, near the end of the 500-year rhythm.
 
 » Civilizations broke up and new ones took their places. «
 Migrants storming European Union borders, 2024 AD.

Subsequently, temperatures warmed suddenly. The 1000s were so warm that trees grew in Greenland. This was the period when Vikings crossed the Atlantic, One of the most severe hot droughts in history occurred in the 1130s. The 13th century saw a long warm period. Then climate began to deteriorate again. While the 14th century was warm much of the time, there were frequent and sharp drops in temperature; often it was very stormy. During several winters, the straits between Denmark and Sweden froze over solid enough to support horses and sleds, Greenland began to freeze. In the 15th century, there was no long warm period.

The next 500-year rhythm terminated at 1475. Subsequently, temperatures warmed up again. The 17th century was so warm that the next 100-year cycle had but a short cold phase, centering on 1655, and this was quickly interrupted by a shift back to the warm side. During the 19th and 20th centuries, climate deteriorated again.

 
» The 500 year period beginning at 1475 is drawing to a close. «
 Migrants breaching US southern border, 2024 AD.

Events of great importance occur every 500 years. Midway between 575 BC and 460 AD, the Roman Empire began its decline as Christianity rose. There were no strong European civilizations for a long time. On the other hand, there were very strong Asiatic empires such as that of the Huns. Midway between 460 and 1475, in the 9th and 10th centuries, a vast change occurred, again involving mass migrations, These events divided the Middle Ages into two halves. In the first half, there were brilliant empires like those of Justinian with its capital at Constantinople, Charlemagne in the West, and the Arabs in the East. The Arabs moved into Spain and India, developing brilliant civilizations at Cordoba and Bagdad. But all this came to an end. These civilizations broke up and new ones took their places. Following 975, the feudal period developed, with the growth of principalities that were to form modern European states. Amazing empires were built by the Mongols in Asia, the Incas in South America, and the Mayas in Central America. In India and Japan, new empires were born. The Balkans achieved their Golden Ages during this period.

All this came to an end in the 15th century. The Medieval economy, customs, and modes of thought disappeared. With the new 500-year climatic cycle came the Renaissance, the Reformation, and the building of modern nations — first under absolute monarchs, then under constitutional governments. This most recent 500-year cycle has witnessed the awakening of modern art, science, and economics. In these more advanced civilizations, the common people have, for the first time in history, come into their own under democratic political and economic systems.

 » The same types of events occur with almost clock-like regularity. «

The 500 year period beginning at 1475 is drawing to a close. We are now witnessing many of the same types of events that have occurred under similar circumstances with almost clock-like regularity five times before in history. These events are of the utmost significance for the businessman and student of today — and tomorrow.
 
Quoted from:
Raymond H. Wheeler (1943) - The 500 Year Cycle. 
With a Forecast of Trends Into the 21st Century.
 
  » A 500-year cycle is now terminating, which belonged to Europe.
The next 500-year cycle will belong to Asia. «
Raymond H. Wheeler, 1951.

See also:

Sunspots, Lunar Cycles and Weather Cycles | Louis M. Thompson

The occurrence of an 18- to 20-year cycle in weather in the U.S. Midwest is no longer controversial. The controversial issue is the cause. This article will present both sides of the issue, and will indicate why we will know more about the cause after the 1990s.


[...] The sunspot cycle has been associated with the “20-year drought cycle” in the western U.S. since about 1909, when A.E. Douglass started publishing his tree-ring studies. This scientist became so well known that he was able to establish the Laboratory for Tree Ring Research in Tuscon, Arizona, in 1938. 
 

[...] The sunspot cycle has averaged about 11 years since 1800. As the sun rotates on its axis, it makes a complete turn in about 27 days. Large and persistent spots appear to move from left to right for about two weeks, disappear, and return after about two weeks. The leading edges of spots or clusters of spots have a negative charge in one 11-year cycle and a positive charge in the next cycle. Hence, the term “double sunspot cycle.”


The conventional wisdom is that the drought cycle of about 20 years occurs near the end of the negative cycle and at the time of low solar activity. The drought periods of the 1910s, 1930s, 1950s, and 1970s occurred at the end of the negative cycle. The drought periods did not consistently follow that pattern from 1800 to 1900, although the severe droughts of the 1820s and 1840s occurred at the end of the negative cycle.

Quoted from:
Louis M. Thompson (1989) - Sunspots and Lunar Cycles: Their Possible Relation to Weather Cycles.
In: Cycles, September/October 1989, Foundation for the Study of Cycles.
 
See also:
William Stanley Jevons (1875) - Sunspots and the Price of Corn and Wheat.