The Path of the Moon's Shadow during the April 8 Total Solar Eclipse

During the Great North American Total Solar Eclipse on April 8 (a Monday) 2024 the path of totality of the Moon's shadow runs northeast across the Pacific Ocean, Sinaloa, Texas, Upstate New York, Newfoundland, the Labrador Sea, and the North Atlantic Ocean. For some moment Nazas in Durango will be the darkest place on Earth. And the invisible true lunar nodes are performing their particular choreography again.

S&P 500 vs True Lunar Node Speed | Exuberant Mood and Frenzy

The Lunar Node Wobble:
Node @ 0 = Nov 29 (Fri), max Direct @ High = Dec 02 (Mon), @ 0 = Dec 04 (Wed), Mean @ -0.053 = Dec 07 (Sat),
max Retrograde @ Low = Dec 09 (Mon), @ -0.053 = Dec 10 (Tue), @ 0 = Dec 14 (Sat), @ High = Dec 17 (Tue),
@ 0 = Dec 19 (Thu), @ Low Dec 23 (Mon), Annular Solar Eclipse = Dec 26 (Thu), @ 0 = Dec 27 (Thu),
@ High = Dec 27 (Sun), @ 0 = Dec 31 (Tue), @ Low = Jan 01 (Wed), @ 0 = Jan 03 (Fri), @ High = Jan 07 (Tue),
@ 0 and Penumbral Lunar Eclipse = Jan 10-11 (Fri-Sat), @ Low = Jan 13 (Mon), @ 0 = Jan 18 (Sat), etc.

Before and after Lunar and Solar Eclipses the True Lunar Node starts wobbling (e.g. Dec 26, 2019 (Thu) = Annular Solar Eclipse and Jan 10–11, 2020 (Sat-Sun) = Penumbral Lunar Eclipse), quickly moving back and forth, retrograde, stationary, direct (see Moon Wobbles in a NASA animation HERE). Financial markets correlate with this 4 to 14 Day Cycle of the retrograde-stationary-direct motion of the Lunar True Node. About every 86.655 days a so called Moon Wobble (lunar libration) occurs when the Sun is conjunct, opposite and square (0°, 90°, 180°, 270°) the Lunar Node (4 * 86.655 days = 1 Nodical Year or Eclipse Year = 346.62 days). The Node starts wobbling about two weeks before the exact event and remains unstable until about one week after. If coupled with Solar and Lunar Eclipses, the wobble-effect can be extended. And as the Sun approaches conjunction and opposition towards the Lunar Node, it's motion is almost blocked (speed at or near zero). Notably these periods go along with exuberant mood and frenzy, most of the times correlating with rallies or crashes in financial markets. Previous events and correlations HERE

S&P 500 Index vs True Lunar Node Speed @ Extremes | November 2019

S&P 500 Index vs True Lunar Node Speed | August 2019

Lunar True Node Speed @ maxDirect = Aug 25 (Sun)
Lunar True Node Speed @ Mean = Aug 29 (Thu)
Lunar True Node Speed @ maxRetrograde = Sep 02 (Sun)
Lunar True Node Speed @ Mean = Sep 05 (Thu)
Lunar True Node Speed @ maxDirect = Sep 08 (Sun)

Before and after Lunar and Solar Eclipses the True Lunar Node starts wobbling (e.g. on Jul 16-17, 2019), quickly moving back and forth, retrograde, stationary, direct. Financial markets correlate with this 4 to 14 Day Cycle of the retrograde-stationary-direct motion of the Lunar True Node. About every 86.655 days a so called Moon Wobble (lunar libration) occurs when the Sun is conjunct (e.g. on Aug 16, 2017), opposite and square (0°, 90°, 180°, 270°) the Lunar Node (4 * 86.655 days = 1 Nodical Year or Eclipse Year = 346.62 days). The Node starts wobbling about two weeks before the exact event and remains unstable until about one week after. If coupled with Solar and Lunar Eclipses, the wobble-effect can be extended. And as the Sun approaches conjunction and opposition towards the Lunar Node, it's motion is almost blocked (speed at or near zero). Notably these periods go along with exuberant mood and frenzy, most of the times correlating with rallies or crashes in financial markets. Previous charts HERE

S&P 500 Index vs Lunar Node Speed | The Moon's Rhythm in November 2018

S&P 500 Index vs True Lunar Node Speed @ 0 and Extremes | 30 Day CIT Forecast.
On Nov 07 (Wed) the lunar node's speed will reach a short term minimum.
Stock indices are likely to move sideways-to-down from Nov 08 (Thu) into Nov 12 (Mon).

S&P 500 Index vs Natural Trading Days | Cluster ± August 8-9 (Wed-Thu)

Aug 08 (Wed) = 90 TD from Apr 02 (Mon) Low + 180 CD from Feb 09 (Fri) Low
+ True Lunar Node Speed @ Max + MOO @ Max N-Declination
Aug 09 (Thu) = 135 TD from Jan 26 (Fri) Major High + SUN 000 MER
+ VEN contra parallel SAT (heliocentric) + VEN 120 URA (h) + VEN 090 SAT (h).

S&P 500 Index vs True Lunar Node Speed @ 0 and Extremes | 30 Day CIT Forecast

S&P 500 Index vs Lunar Year Cycle | Blood Moon Eclipse on July 27

The total phase of the "blood moon" eclipse on July 27 (Fri) will last 1 hour and 43 minutes and will be
the longest total lunar eclipse of the 21st century. During the eclipse the Moon will turn into a
spectacular red whilst the red planet Mars reaches opposition to the Sun on the very same day. Mars will
appear brightest in the night sky from July 27 (Fri) to July 30 (Mon), and its closest approach to Earth
will occur on July 31 (Tue). The wobble periods of the Moon during lunar and solar eclipses usually
coincide with major highs and lows in financial markets, and the Lunar Year Cycle (354.36 Calendar Days)
projects a low in the S&P 500 to August 8 (Wed) which is also 181 Calendar Days (or 184.74 solar degrees)
away from the major low in stocks on February 8 (Thu), 2018. 

July 23-24 (Mon-Tue) Low and upturn, July 27 (Fri) High, and August 8 (Wed) Low in the S&P 500?

Major Celestial Phenomena during late July and early August 2018.
Source: NAO of Japan

SPX vs True Lunar Node Speed │ August 2017

Upcoming Turn-Days: Aug 04 (Fri), Aug 12 (Sat), Aug 16 (Wed), Aug 19 (Sat), Aug 28 (Mon), Sep 02 (Sat).

Lunar Eclipses (e.g. Aug 07, 2017) occur at Full Moon and Solar Eclipses (e.g. Aug 21, 2017) at New Moon only when their alignments occur in three dimensions. Relative to Earth's orbit, the plane of lunar orbit is inclined. Mean Inclination of Lunar Orbit equals 5.1454 degrees. Eclipses only occur near the Nodes of Lunar Orbit intersection with the Solar Orbital Plane. Earth's Mean Orbital Plane is termed the Ecliptic (synonymous with eclipse). There are two nodal crossings of the ecliptic per nodal period, the ascending node and the descending node. Half the nodal period is the shortest possible interval between two eclipses. Solar and Lunar Eclipses are very distinct: The Moon's shadow during a total Solar Eclipse is only a narrow band on the earth. The Earth's conic shadow at the Moon's mean distance is over 9,000 km wide, nearly three lunar diameters. Only a small percentage of people experience each Solar Eclipse while half the world can view each Lunar Eclipse.
 
Before and after Lunar and Solar Eclipses the True Lunar Node starts wobbling (e.g. on Jul 30, 2017), quickly moving back and forth, retrograde, stationary, direct. Financial markets correlate with this 4 to 14 Day Cycle of the Retrograde-Stationary-Direct motion of the Lunar True Node. About every 86.655 days a so called Moon Wobble (lunar libration) occurs when the Sun is conjunct (e.g. on Aug 16, 2017), opposite and square (0°, 90°, 180°, 270°) the Lunar Node (4 * 86.655 days = 1 Nodical Year or Eclipse Year = 346.62 days). The Node starts wobbling about two weeks before the exact event and remains unstable until about one week after. If coupled with Solar and Lunar Eclipses, the wobble-effect can be extended. And as the Sun approaches conjunction and opposition towards the Lunar Node, it's motion is almost blocked (speed at or near zero). Notably these periods go along with exuberant mood and frenzy, most of the times correlating with rallies or crashes in financial markets. More charts on the correlation of the markets with the Rhythm of the Node HERE + HERE

S&P 500 Index vs True Lunar Node Speed | April 2017

Upcoming Turn-Days: Apr 03 (Mon), Apr 06 (Thu), Apr 10 (Mon), Apr 13 (Thu), Apr 18 (Tue), Apr 21 (Fri), Apr 24 (Mon), Apr 27 (Thu), May 02 (Tue), May 04 (Thu).

SPX vs True Lunar Node Speed | March 2017

Upcoming Turn-Days: Mar 02 (Thu), Mar 08 (Wed), Mar 15 (Wed), Mar 17 (Fri), Mar 18 (Sat), Mar 24 (Fri), Mar 28 (Tue), Mar 30 (Thu), Apr 03 (Mon).

SPX vs True Lunar Node Speed | February 2017

Upcoming Signal Days and potential Market Turn Days:
Jan 28 (Sat), Feb 02 (Thu), Feb 09 (Thu), Feb 15 (Wed), Feb 21 (Tue), Feb 24 (Fri), Mar 02 (Thu), Mar 08 (Wed).

SPX vs 4.5 Degree Steps of Lunar Node to Lunar Apogee | 80th Harmonic

Upcoming aspects in this 18 Year Cycle:
Feb 04 (Sat) = 85.5 degrees, Mar 14 (Tue) =  90 degrees, Apr 13 (Thu), May 07 (Sun), May 26 (Fri),
Jun 19 (Mon), Jul 16 (Sun), Aug 22 (Tue), Sep 25 (Mon), Oct 21 (Sat), Nov 12 (Sun), Dec 02 (Sat),
Dec 26 (Tue), 2018 Jan 29 (Mon) = 144 degrees. See also HERE

SPX vs 15 Degree Steps of Lunar Node to Lunar Apogee | 24th Harmonic

Upcoming aspects in this 18 Year Cycle:
Jan 12 (Thu) = 165 degrees, Mar 14 (Tue) = 180 degrees, Apr 28 (Fri), Jun 04 (Sun), Jul 16 (Sun),
Sep 17 (Sun), Oct 28 (Sat), Dec 02 (Sat), Jan 15, 2018 (Mon).

David McMinn (2016): 9/56 Year Cycle: Lunar North Node - Apogee Angles [5 p.]

Lunar and Solar Eclipses 2017 | August 21 — The Great American Eclipse

2017 Feb 11 (Sat) = Penumbral Lunar Eclipse @ 24° LEO 59'
This eclipse may turn out to be of immediate importance
to Canada and the USA. The UK, Spain, Algeria, Morocco
and Mali are likely to be affected at a later date. With
the Sun being eclipse ruler, countries falling under the
Sun’s rulership will have to be taken into consideration.

2017 Feb 26 (Sun) = Annular Solar Eclipse @ 02° PIS 34'
This eclipse may be of immediate importance to Canada and
the USA. With Jupiter being eclipse ruler, countries falling
under Jupiter’s rulership will have to be taken into
consideration.

2017 Aug 07 (Mon) = Partial Lunar Eclipse @ 08° AQU 04'
This eclipse may turn out to be of immediate importance to
Poland, Austria and Italy. Russia, China and India may be
affected at a later date. With Saturn being eclipse ruler,
countries falling under Saturn’s rulership will have to
be taken into consideration.

2017 Aug 21 (Mon) = Total Solar Eclipse @ 20° LEO 21'
This is truly a great American eclipse sweeping the U.S. from
the Pacific to the Atlantic. However, this eclipse may be of
immediate importance to Russia. Canada and the USA are likely
to be affected at a later date. With the Sun being eclipse
ruler, countries falling under the Sun’s rulership will
have to be taken into consideration.
Sources: NASA. + Peter Stockinger. See also HERE + HERE

 

Asa Smith’s Illustrated Astronomy was the most popular American pictorial astronomy
guide of the 19th century, with numerous diagrams demonstrating or showing principles
of planetary motion and features, other astronomical phenomena, the moon, and the
constellations. Originally copyrighted in 1848, numerous editions followed.

DJIA vs Eclipses 2014 - 2016 (HERE)

FTSE vs Eclipses 2004 - 2013 (HERE)

More about Stock Markets vs Lunar Node's Speed and the Eclipse Crash Window HERE

SPX vs True Node Speed = Mean Node Speed + Extremes | January 2017

Upcoming signal-days:
Jan 02 (Mon), Jan 05 (Thu), Jan 08 (Sun), Jan 11 (Wed), Jan 14 (Sat), Jan 18 (Wed),
Jan 23 (Mon), Jan 25 (Wed), Jan 28 (Sat).

SPX vs True Node Speed = Mean Node Speed + Extremes

Upcoming signal-days:
Dec 05 (Mon), Dec 08 (Thu), Dec 10 (Sat), Dec 14 (Wed), Dec 18 (Sun), Dec 21 (Wed),
Dec 23 (Fri), Dec 28 (Wed), Jan 02 (Mon), Jan 05 (Thu), Jan 08 (Sun), Jan 11 (Wed).

SPX vs True Node Speed = Mean Node Speed + Extremes

SPX vs True Node Speed = Mean Node Speed + Extremes | October 2016

Last prediction HERE

SPX vs True Node Speed = Mean Node Speed + Extremes | Review

Last prediction HERE

SPX vs True Node Speed | Upcoming Eclipses + Moon Wobbles

During lunar and solar eclipses the lunar node starts wobbling, that is it moves back and forth, retrograde, stationary, direct, etc. very
quickly (see Moon Wobbles in a NASA animation HERE). On Aug 30 (Tue) Mercury turns retrograde. The annular solar eclipse on Sep 1 (Thu)
produces a T-square to a Saturn-Neptune square. The cycle of the true Lunar Node is always exactly 18.613 Solar Years = 6,798.364 CD.
The 4th harmonic of 18.618 Solar Years is 1,699.591 CD = 4.6 Solar Years. Hence the Lunar Node moves 30° in the zodiac every 1.55 Solar
Years (= 18.613 months). 18.613 Solar Years / 12 = 18.613 months = 1.55 years = 80.9 weeks = 566.53 CD / 8 = 10.12 weeks = 55 TD (Trading
Days). More about the Rhythm of the Node HERE