SPX vs Mercury Speed | Geocentric + Heliocentric

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

SPX vs Mercury Speed | August 2016

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

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

SPX vs Mercury Speed

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

SPX vs Mercury Speed | June 2016

SPX vs Lunar Declination Acceleration Cycle | June 2016

SPX vs Lunar Orbital Speed | June 2016

SPX vs Mercury – Mars Speed Differential | George Bayer Rule # 2

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

SPX vs Mercury Speed | May 2016

SPX vs Lunar Orbital Speed | May 2016

The Solunar Map considers, weighs and combines Sun-Moon angles, orbital eccentricity and speed,
declination and some longer-term lunar cycles.

SPX vs Lunar Declination Acceleration Cycle | May 2016

SPX vs Speed of Mercury + Moon

On Nov 25 (Wed) the heliocentric speed of Mercury reaches the cyclical minimum; the lunar speed's minimum follows the next day;
Thanksgiving Day will be the low in US-stock indices next week.

SPX vs MER-MAR Speed Differential

SPX vs MER Speed

SPX vs MER-MAR Speed Differential