Wednesday, January 16, 2013

S&P500 vs 20, 45 and 60 Year Cycles = Daily Correlations 88% - 92%

"The Great Time Cycles are most important because they record the periods of extreme high or low prices. The cycles are 90-Years, 82 to 84 Years, 60 Years, 45 Years, and 20 Years.

"The digits 1 to 9 when added together total 45. 45 is the most important angle. Therefore 45 years in time is a very important cycle. One-half of 45 is 22 ½ years or 270 months. One-fourth of 45 is 11 ½ years or 135 months, which is three times 45.

"This is the greatest and most important cycle of all, which repeats every 60 years or at the end of the third 20-Year Cycle. You will see the importance of this by referring to the war period from 1861 to 1869 and the panic following 1869: also 60 years later – 1921 to 1929 – the greatest bull market in history and the greatest panic in history followed. This proves the accuracy and value of this great time period."

"One of the most important Time Cycle is the 20-Year Cycle or 240 months. Most stocks and the averages work closer to this cycle than to any other."
 


Monday, January 14, 2013

Mass Pressure Chart 2013

Several years ago the Mass Pressure Chart was hyped and sold as W.D. Gann's ultimate secret. Daniel T. Ferrera, a pundit on the matter, admits: "I have talked to many Gann experts about the Mass Pressure Chart and most have no clue as to what it may be. I have never seen an actual original Mass Pressure Chart from W.D. Gann and I do not know of anyone else who has come across one."

However, it seems the Mass Pressure Chart is but a selective or incomplete Decennial Pattern: Each value of this equally weighted composite is derived from 6 past price values of the DJIA exactly 80, 60, 40, 30, 20, and 10 years back. The Mass Pressure Chart and the Decennial Pattern oftentimes look very much the same, and have identical turning-points.

SPX vs George Bayer's Rule #6 - Mars @ 16(AQU)35

MARS IN GEOCENTRIC LONGITUDE PLUS 330 DEGREES
Here is a rule that does not occur very often. Whenever it can be used, grand results are obtained. We use the position of Mars in geocentric longitude and the value to be used is 16 degrees 35’. The signs which we have to use change from year to year backwards. In simpler words, we add to a value once established 330 degrees. As stated above the Laws of Nature are very intricate and hard to explain, but when looked up on charts and in the ephemerides you can grasp what I mean.
[George Bayer (1940): Stock and Commodity Traders´ Hand-Book of Trend Determination. Carmel, California; p. 15]

2012-10-29 22:42 (Mon) = MAR @ 16(sag)35
2012-12-08 14:13 (Sat) = MAR @ 16(cap)35
2013-01-15 21:28 (Tue) = MAR @ 16(aqu)35
2013-02-22 21:36 (Fri) = MAR @ 16(pis)35
2013-04-02 14:33 (Tue) = MAR @ 16(ari)35


Also Bayer-Rule #9 points to Tuesday afternoon / Wednesday morning as a potential CIT:  2013-01-15 14:51 (Tue) = MER @ 24(cap)14 (As always: all times EST).

Saturday, January 12, 2013

Decennial Pattern for 2013 | On Edgar Lawrence Smith and Wesley Mitchell

Larry R. Williams: The Right Stock at the Right Time, p. 11
In his book Tides in the Affairs of Men (1939), Edgar Lawrence Smith presented the idea of a ten-year stock market cycle. Smith's theory resulted from combining two other theories, Wesley Mitchell's 40-month cycle theory and the theory of seasonality. Combining these two periods, Smith theorized that there must be a ten-year, or 120-month, cycle. 

This would result from ten 12-month, annual cycles and three 40-month cycles coinciding every 10 years. When Smith investigated prices more closely, he found that indeed there appeared to be a price pattern in the stock market that had similar characteristics every ten years. This pattern has since been called the decennial pattern.

Smith used the final digit of each year's date to identify the year in his calculations. He termed the years 1881, 1891, 1901, etc., as the first years; 1882, 1892, etc. are the second; and so forth. 

"The 10-year cycle continues to repeat over and over, but the greatest advances and declines occur at the end of the 20-year and 30-year cycles, and again at the end of the 50-year and 60-year cycles, which are stronger than the others." 

W.D. Gann (1954): Master Stock Market Course, p. 224.
 
Smith, an economist and investment manager already recognized for his earlier work Common Stocks as Long Term Investments (1924), which highlighted the long-term advantages of equities over bonds through earnings reinvestment, turned his attention in this later volume to the broader forces shaping economic fluctuations. He sought to provide a framework for understanding and anticipating changes in economic conditions, drawing upon empirical observations of historical market data rather than purely theoretical abstractions.

The foundation of Smith's ten-year cycle theory emerged from a thoughtful synthesis of two established concepts in economic analysis. The first was the 40-month cycle identified by Wesley Clair Mitchell, a prominent economist and institutionalist scholar who devoted extensive study to business cycles. Mitchell's research, detailed in works such as his 1913 Business Cycles and later contributions through the National Bureau of Economic Research, emphasized the recurrent but non-periodic alternations between phases of expansion, crisis, contraction, and revival in aggregate economic activity. His 40-month cycle, often referred to as a shorter or intermediate business cycle, captured a common rhythm observed in various economic indicators, reflecting the time required for imbalances in production, credit, inventories, and prices to build up and subsequently correct themselves through market mechanisms.

The second element incorporated by Smith was the well-documented theory of seasonality in economic and financial markets. Seasonal patterns arise from predictable annual influences, including agricultural cycles, holiday consumption, fiscal year-end effects, and other calendar-based regularities that cause fluctuations in prices, production, and trading volumes over the course of a typical 12-month period. These intra-year movements have long been observed by analysts as recurring tendencies rather than random variations.

By integrating these two frameworks, Smith identified a point of alignment that suggested a longer, composite periodicity. Specifically, three iterations of Mitchell's 40-month cycle equate to 120 months. This duration precisely matches ten annual seasonal cycles of 12 months each. The coincidence of these independent rhythms every 120 months implied the potential for a reinforced, higher-order cycle operating on a decennial scale. Smith posited that this alignment would produce observable patterns in stock prices, where the cumulative effects of shorter-term fluctuations could manifest as characteristic phases of advance and decline repeating approximately every ten years.

Upon closer empirical examination of historical price data, Smith found corroborative evidence supporting this hypothesis. Stock market indices and individual securities appeared to exhibit recurring behavioral characteristics at similar points within each decade. This observation gave rise to what later became known as the decennial pattern or ten-year cycle. For instance, certain years within the decade—such as those ending in 5—tended to show stronger performance, while others, like years ending in 0 or certain mid-decade points, displayed greater vulnerability to corrections or bearish conditions. These tendencies were not presented as rigid or mechanical laws but as probabilistic patterns influenced by the interplay of underlying economic forces.

Smith's analysis extended beyond mere cycle identification to explore potential exogenous influences on these economic tides. In Tides in the Affairs of Men, he investigated connections between economic activity and broader environmental factors, including variations in solar radiation and weather patterns. He suggested that changes in solar conditions might affect agricultural output, human psychology, and overall economic vitality, thereby contributing to the observed periodicities in markets. This interdisciplinary approach reflected his belief that economic change could not be fully appraised in isolation from natural and cyclical phenomena affecting society at large.

The theory's significance lies in its contribution to the study of market timing and long-term investment strategy. While acknowledging the variability inherent in economic systems—cycles are recurrent but not strictly periodic, and each decade unfolds within unique historical contexts—Smith's work encouraged investors to consider longer horizons when evaluating market positions. It underscored the value of diversification and patience, themes consistent with his earlier advocacy for common stocks as vehicles for sustained wealth accumulation through corporate earnings growth.

Subsequent analysts and cycle researchers have referenced Smith's decennial framework, often integrating it with other long-wave theories or shorter rhythms. Although market cycles are influenced by an array of factors including monetary policy, technological innovation, geopolitical events, and investor sentiment, the ten-year pattern continues to inform discussions on market periodicity. Its enduring relevance stems from Smith's rigorous, data-oriented methodology, which combined established cycle research with seasonal observations to reveal a higher-level structure in financial affairs.

Through this synthesis, Edgar Lawrence Smith offered a nuanced tool for navigating the complexities of economic change, emphasizing the tidal nature of markets as a guide for more informed appraisal and decision-making.
 
Wesley Clair Mitchell stands as one of the most influential figures in the empirical study of economic fluctuations, particularly through his pioneering research on business cycles. Born in 1874 and active until his death in 1948, Mitchell developed an approach grounded in meticulous observation, statistical analysis, and institutional context rather than abstract theoretical deduction. His work emphasized the recurrent yet non-periodic nature of expansions and contractions in economies organized around business enterprises, profit motives, and monetary transactions.

Mitchell’s seminal contribution appeared in his 1913 book Business Cycles, a comprehensive volume that offered an analytic description of the processes underlying seasons of prosperity, crisis, depression, and revival in modern economies. In the preface, he articulated the core aim: to examine the complicated interactions that generate these phases using primarily market reports and statistics from the United States, England, Germany, and France since 1890. He reviewed numerous existing theories of crises and cycles, acknowledging their plausibility, but argued that the primary task was to observe, analyze, and systematize the actual phenomena before advancing comprehensive causal explanations.

A central insight in Mitchell’s framework is that business cycles manifest most clearly in societies where economic activity is dominated by profit-oriented enterprises operating within a monetary system. Cycles do not arise in pre-capitalist or non-monetized economies to the same degree. Instead, they emerge from the interdependence of business units, the pursuit of pecuniary profits, and the dynamic adjustments within the system of prices. Mitchell highlighted how industry and commerce become subordinated to the making of money: business decisions hinge on expected profit margins between purchase and sale prices, as well as the volume of transactions. Changes in these margins drive expansions and contractions, which in turn reshape prices and prospects in a self-reinforcing but uneven manner.

He stressed the role of the “system of prices” as a coordinating mechanism that transmits impulses across the economy. During prosperity, rising prices and optimistic profit expectations encourage increased activity, credit expansion, and investment. However, these processes generate imbalances—such as rising costs, inventory accumulations, or strained credit conditions—that eventually undermine profitability. The turning point into crisis or recession occurs not from a single cause but through cumulative, mutually reinforcing factors. Mitchell rejected simplistic notions like chronic overproduction as the root cause, instead directing attention to the pecuniary difficulties faced by enterprises.

In 1927, Mitchell published Business Cycles: The Problem and Its Setting, which further elaborated the institutional and historical context. This work introduced or popularized the term “recession” and provided a foundational framework for identifying turning points in macroeconomic activity. He viewed cycles as widely diffused, cumulative fluctuations inherent to the modern economic system, recurrent but not strictly periodic, and varying in duration from more than one year to ten or twelve years. Each cycle differs due to unique historical circumstances and evolving economic structures, yet they share sufficient common features to warrant systematic study.

Mitchell’s empirical methodology reached its fullest expression in the 1946 volume Measuring Business Cycles, co-authored with Arthur F. Burns. This work codified the “National Bureau” methods for analyzing cycles, including techniques for dating peaks and troughs, measuring amplitudes, and examining the conformity of various economic indicators to the overall cycle. The definition of business cycles articulated therein remains influential: sequences of expansions in many economic activities, followed by general recessions, contractions, and revivals, lasting from one to twelve years and not divisible into similar shorter cycles of comparable amplitude.

As a key founder and long-serving research director of the National Bureau of Economic Research (NBER), established in 1920, Mitchell shaped an institution dedicated to objective, quantitative economic measurement. Under his guidance, the NBER produced studies on national income, unemployment, and cycle indicators, establishing rigorous standards for data collection and analysis that profoundly influenced subsequent economic research worldwide. His institutionalist perspective, influenced by Thorstein Veblen, underscored the importance of evolving economic institutions, habits of thought, and the “backward art” of certain practices like household spending, while prioritizing factual investigation over preconceived models.

Regarding the approximately 40-month cycle sometimes associated with his name, Mitchell’s research documented a variety of cycle lengths through historical statistics, identifying shorter intermediate fluctuations alongside longer movements. His approach did not posit rigid periodicities but rather observed recurrent rhythms emerging from the internal dynamics of the economy. These shorter cycles reflect the time needed for imbalances in production, inventories, credit, and prices to accumulate and resolve.

Mitchell’s legacy endures in the continued use of NBER business cycle dating, the emphasis on leading, coincident, and lagging indicators, and the recognition that cycles are endogenous to capitalist institutions rather than mere external shocks. While later economists pursued more mathematical and model-based approaches, Mitchell’s commitment to detailed empirical description and measurement without premature theoretical closure provided a robust foundation for understanding the complex, self-generating nature of economic fluctuations. His work remains a model of careful, data-driven inquiry into the rhythms of economic life.

Sunday, January 6, 2013

SPX vs George Bayer's Rule #4A - Mercury 80 Years Ago

We use the geocentric ephemeris, concentrate only on Mercury as it passes through the Zodiac. We mark each day when this planet enters a new sign 80 years ago, i.e. when it arrives at 0 degrees. We also mark those days in which Mercury turns retrograde or direct ... These dates are to be carried over ... exactly 80 years further according to the Sun’s motion and not according to Mercury’s motion ... Each and every one of these positions gave 80 years later tops and bottoms not of a few points but of from 50 to 200 points in hides. 
[George Bayer (1940): Stock and Commodity Traders´ Hand-Book of Trend Determination. Carmel, California; p. 47]

 2012-10-13 10:40 (Sat) = MER into Scorpio 80 Years ago
2012-11-02 15:28 (Fri) = MER into Sagittarius 80 Years ago
2012-11-24 11:23 (Sat) = MER (R) 80 Years ago
2012-12-14 06:11 (Fri) = MER (D) 80 Years ago
2013-01-08 05:23 (Tue) = MER into Capricorn 80 Years ago
2013-01-27 17:38 (Sun) = MER into Aquarius 80 Years ago
2013-02-14 00:05 (Thu) = MER into Pisces 80 Years ago
2013-03-03 05:54 (Sun) = MER into Aries 80 Years ago
2013-03-13 14:48 (Wed) = MER (R) 80 Years ago
2013-03-25 16:55 (Mon) = MER into Pisces 80 Years ago
2013-04-05 18:39 (Fri) = MER (D) 80 Years ago
2013-04-17 10:26 (Wed) = MER into Aries 80 Years ago

Saturday, December 29, 2012

Update - 45 Year Cycle

1967 = Daily High - Low Band














1967 = End of Day Close

1967 = End of Day Close
Full Moon 1967 = New Moon 2012

Thursday, December 27, 2012

SPX vs George Bayer's Rule #38 - Latitude of Mercury

MERCURY LATITUDE HELIOCENTRIC
In the present rule we shall use the heliocentric Latitude of Mercury ...
There are four values in this line which bring forth changes of trend. These values are: 0°00', 3°21, 6°42, and 7°00’. The inside values are effective on either side, on the way up also on the way down. Some mighty fine tops and bottoms are produced when Mercury in this motion passes the above mentioned degrees.
[George Bayer (1940): Stock and Commodity Traders´ Hand-Book of Trend Determination. Carmel, California; p. 41] 

2012-12-04 11:39 (Tue)    MER Lat = 6°42'
2012-12-15 12:07 (Sat)    MER Lat = 3°21'
2012-12-24 13:10 (Mon)    MER Lat = 0
2013-01-03 17:08 (Thu)    MER Lat = -3°21'

2013-01-19 02:39 (Sat)    MER Lat = -6°42'
2013-01-24 03:54 (Thu)    MER Lat = -7°00'
2013-01-28 15:41 (Mon)    MER Lat = -6°42'
2013-02-07 05:49 (Thu)    MER Lat = -3°21'
2013-02-12 05:28 (Tue)    MER Lat = 0

2013-02-16 19:32 (Sat)    MER Lat = 3°21'
2013-02-24 01:29 (Sun)    MER Lat = 6°42'
2013-02-27 02:56 (Wed)    MER Lat = 7°00'
2013-03-02 10:57 (Sat)    MER Lat = 6°42'
2013-03-13 12:23 (Wed)    MER Lat = 3°21'

Wednesday, December 26, 2012

SPX vs George Bayer's Rule #6A - Declination of Mars

MARS DECLINATION HELIOCENTRIC, 19°51’00” *

From the Nautical Almanac, page 191 up we find the apparent Declination of Mars. We use in this only the value 19°51’. We locate these days ahead of time and expect tops and bottoms to appear there ... These cases happen twice or three times a year.
[George Bayer (1940): Stock and Commodity Traders´ Hand-Book of Trend Determination. Carmel, California; p. 47]

* Heliocentric declination does not exist. In astronomy the heliocentric coordinate system uses longitude and latitude; the geocentric coordinates system longitude and declination. Since Mars oscillates between latitude +/- 1.85 degrees, Bayer was actually looking for days when Mars' declination was at +/- 19°51’00” = 19.850 degrees.



HERE
2012-09-30 02:05 (Sun)    MAR Dec = -19.850 degrees
2012-11-17 16:17 (Sat)    MAR Dec @ Extr Min
2013-01-02 15:15 (Wed)    MAR Dec = -19.850 degrees
2013-03-14 06:51 (Thu)    MAR Dec = 0
2013-05-29 02:18 (Wed)    MAR Dec = 19.850 degrees
2013-07-16 07:16 (Tue)    MAR Dec @ Extr Max
2013-09-05 21:31 (Thu)    MAR Dec = 19.850 degrees
2013-12-16 20:50 (Mon)    MAR Dec = 0
2014-02-27 23:45 (Thu)    MAR Dec @ Min

S&P500 vs Jupiter-Mars Cycle

Calculated and charted with Sergey Tarassov's Timing Solution.
24.04.2012  06:54 = JUP 135 MAR
04.06.2012  02:21 = JUP 150 MAR
12.07.2012  12:47 = JUP 165 MAR
17.08.2012  08:59 = JUP 180 MAR
19.09.2012  17:41 = JUP 195 MAR
20.10.2012  22:50 = JUP 210 MAR
19.11.2012  10:08 = JUP 225 MAR
17.12.2012  17:29 = JUP 240 MAR
14.01.2013  08:05 = JUP 255 MAR
10.02.2013  18:05 = JUP 270 MAR
10.03.2013  12:35 = JUP 285 MAR
08.04.2013  01:32 = JUP 300 MAR
07.05.2013  21:38 = JUP 315 MAR
08.06.2013  11:54 = JUP 330 MAR

Tuesday, December 25, 2012

Saturday, December 22, 2012

S&P500 vs Saturn-Uranus Cycle

Calculated and charted with Sergey Tarassov's Timing Solution.
In the early 1930s James Mars Langham began publishing on the correlation between the stock market and  geocentric cycles like Jupiter-Saturn, Saturn-Venus, Saturn-Uranus, etc. Here we look at the heliocentric Saturn-Uranus Cycle. Due to orbital eccentricity, the progression of 90 degrees angular distance takes 9 to 12 years, the whole round 44.11 years:

SAT 000 URA 06/09/1988
SAT 090 URA 01/29/2000
SAT 180 URA 09/02/2009
SAT 270 URA 10/19/2021
SAT 000 URA 07/20/2032

More suitable for swing-trading is the 768th harmonic (0, 3, 6, 12, 24, 48, 96, 192, 384, 768. 360°/768 = 0.46875 degrees = 0 28' 7.5"). The progression takes 17.59 to 25.39 days, and the current values are:

2012-11-28 20:55 (Wed) =  22.27 CD
2012-12-21 04:15 (Fri) = 22.31 CD 
2013-01-12 12:35 (Sat) = 22.35 CD

Since this is not a static progression, the next 384th harmonic will last 44.65 days, the 192nd 89.47 days, the 96th 179.61 days, etc. 

1+2 = 3
1+2+3 = 6
1+2+3+6 = 12
1+2+3+6+12 = 24
1+2+3+6+12+24 = 48
1+2+3+6+12+24+48 = 96
1+2+3+6+12+24+48+96 = 192
1+2+3+6+12+24+48+96+192 = 384
1+2+3+6+12+24+48+96+192+384 = 768 

Friday, December 21, 2012

Declinations 2013

Declinations: How they affect the stock market.
A case study by Sergey Tarassov HERE

SUN parallel MAR 12/12/2012
MER par PLU 12/14/2012
JUP contra parallel MER 12/18/2012
PLU par VEN 12/19/2012
MER par MAR 12/21/2012 + SUN @ extremum South
JUP c.p VEN 12/24/2012
MAR par VEN 12/25/2012
SUN par MER 12/26/2012
JUP c.p MAR 12/27/2012
MAR par PLU 01/03/2013
SUN par VEN 01/04/2013


See also HERE
Calculate formula (MAR_DEC+MERC_DEC)-VEN_DEC HERE

Tuesday, December 18, 2012

Sun conjunct Galactic Center

In 1932, Karl Jansky, a Bell Telephone Laboratories engineer, was searching for the source of static affecting overseas telephone lines. To detect the source he built a 95 foot radio-telescope. Part of the static turned out to be created by the center of our Galaxy, a huge black hole about the size of a large star containing the mass of four million Suns. The Galactic Center (GC), then at 25°55' of Sagittarius, is the Sun of our Sun, and source of the utmost gravitational energy present in our galaxy. Our Solar System takes approximately 226 million years to revolve around the Galactic Center. In 1969 Edward R. Dewey wrote about the influence of the GC on financial markets (Cycles Magazine, Vol.20.10, p. 230 f. + Vol.20.12, p. 277 f.). According to standard rates of precession, the GC currently resides at 27°01' 57'' of Sagittarius (= 267.032 = Sagittarius A* - pronounced Sagittarius A star; other sources point to 267.031 and 267.024 degrees), and conjuncts with our Sun today (times below GMT).

19.09.2012 13:59   SUN 090 GC
04.11.2012 01:24   SUN 045 GC
18.12.2012 13:15   SUN 000 GC
31.01.2013 18:01   SUN 045 GC
17.03.2013 11:25   SUN 090 GC


However, this is but one among many cosmic events and forces, all together modulating mundane affairs (HERE).

Friday, December 14, 2012

SPX vs George Bayer's Rule #9 - Mercury @ 19°36’ Scorpio

MERCURY GEOCENTRIC PASSING OVER 19°36’ SCORPIO AND SAGITTARIUS, ALSO OVER 24°14’ CAPRICORN PRODUCES BIG CHANGES *

Whatever the cause may be, why there are changes produced when Mercury passes certain geocentric degrees we do not know. The rule gives results. The values are 19°36’ Scorpio and Sagittarius, also 24°14’ in Capricorn ... While the first two values bring forth important changes of trend, the last value brings forth all tops in the five years’ period tested, which is quite encouraging to make commitments upon. The opposing places bring also changes: 19°36’ Taurus, 19°16” Gemini and 24°14’ Cancer.
[George Bayer (1940): Stock and Commodity Traders´ Hand-Book of Trend Determination. Carmel, California; p. 18]
*19°36’ Scorpio = 229.316 degrees   *19°36’ Sagittarius = 259.600 degrees  *24°14’ Capricorn = 294.233 degrees

2011-11-21 11:19 (Mon)    MER @ 19(sag)36
2011-11-26 13:26 (Sat)    MER @ 19(sag)36
2011-12-31 14:37 (Sat)    MER @ 19(sag)36
2012-01-23 23:15 (Mon)    MER @ 24(cap)14
2012-10-19 10:54 (Fri)    MER @ 19(sco)36
2012-11-22 20:55 (Thu)    MER @ 19(sco)36
2012-11-30 22:06 (Fri)    MER @ 19(sco)36
2012-12-24 12:51 (Mon)    MER @ 19(sag)36
2013-01-15 14:51 (Tue)    MER @ 24(cap)14
2013-11-27 23:17 (Wed)    MER @ 19(sco)36
2013-12-17 13:49 (Tue)    MER @ 19(sag)36
2014-01-08 05:11 (Wed)    MER @ 24(cap)14

Saturday, December 8, 2012

S&P 500 vs Mercury's Elongation Cycle

When Mercury is visible after sunset, it is near its greatest eastern elongation; when visible before sunrise, near its greatest western elongation. Most of the time these extremes coincide with short-term changes in market-trend. The last one was the December 4 low in stocks (EOD close - Mercury elongation calculator HERE).

MER MAX Elongation East = 10/26/2012 04:48 PM @ 24.1°
MER MAX Elongation West = 12/04/2012 06:11 PM @ 20.6° 

MER MAX Elongation East = 02/16/2013 04:17 PM @ 18.1°
MER MAX Elongation West = 03/31/2013 04:50 PM @ 27.8°
MER MAX Elongation East = 06/12/2013 11:45 AM @ 24.3°
MER MAX Elongation West = 07/30/2013 03:48 AM @ 19.6°
MER MAX Elongation West = 08/16/2012 07:04 AM @ 18.7°

Friday, December 7, 2012

Heliocentric Bradley Index 2013

 
2012-12-28 (Fri) = @ 0
2013-01-01 (Tue) = Major Low
2013-01-04 (Fri) = @ 0
2013-01-09 (Wed) = High
2013-01-16 (Wed) = Low @ 0
2013-01-28 (Mon) = High
2013-02-13 (Wed) = Low
2013-03-04 (Mon) = High
2013-03-08 (Fri) = Low
2013-03-18 (Mon) = High
2013-03-22 (Fri) = Low
2013-04-08 (Mon) = High
2013-04-15 (Mon) = Low
2013-04-26 (Fri) = High
2013-04-30 (Tue) = Low
2013-05-07 (Tue) = High
2013-05-10 (Fri) = Low
2013-05-16 (Thu) = High
2013-05-24 (Fri) = Low
2013-05-31 (Fri) = High
2013-06-05 (Wed) = Low
2013-06-12 (Wed) = High
2013-06-21 (Fri) = Low
2013-07-05 (Fri) = Major High
2013-07-17 (Wed) = Low
2013-07-23 (Tue) = High
2013-07-26 (Fri) = Low
2013-08-02 (Fri) = High
2013-08-08 (Thu) = Low
2013-08-12 (Mon) = High
2013-08-22 (Thu) = Low
2013-08-26 (Mon) = High
2013-09-02 (Mon) = Low
2013-09-10 (Tue) = High
2013-10-07 (Mon) = Major Low @ 0
2013-10-18 (Fri) = High
2013-11-19 (Tue) = Low
2013-11-22 (Fri) = High
2013-11-29 (Fri) = Low
2013-12-06 (Fri) = High
2013-12-13 (Fri) = Major Low

Update - 45 Year Cycle

According to MRCI the correlation between the SPX 1967 and 2012 has now risen to 90%. From a major low on Nov 20, 1967 @ 90.09 to the major high @ 97.84 on Jan 9, 1968 the SPX had gained +6.75%. 

The time and price correlations point to a major high on Jan 7, 2013 @ 1.454 - slightly exceeding the 0.786 retrace of the Sep 14, 2012 high @ 1.446. See also HERE