Kaye Shinker (2006) - The Textbook for Financial Astrology – Part 1.
W.D. Gann (1927) - 'Tunnel Thru the Air'
Larry Pesavento (1996) – 'Astro Cycles – The Trader’s Viewpoint'
The Sun and the Moon are in square aspect (90°) during the first and last quarters, in opposition (180°) at the Full Moon, and in conjunction (0°) at the New Moon. They are in sextile (60°) between the New Moon and the first quarter and between the last quarter and the New Moon. For precise work, compute a heliocentric chart for the times that the Moon, Earth, and Sun are in exact aspect. Unless there are other overshadowing influences, trines (120°) and conjunctions will be up, squares will be down, oppositions will be somewhat up, and sextiles can be either direction.
Most financial astrologers will tell you that oppositions (Full Moons) will sent the market down, but my experience does not verify this. Apparently, the momentum of being between two trines will carry the opposition along. If the next aspect following a sextile is a conjunction, the sextile is likely to correlate with an upward movement. But if the aspect following a sextile is a square, the sextile is likely to be accompanied by a downward-moving market.
Another lunar cycle concerns the elements. The market tends to move up whenever the Moon is in an Air [Gemini, Libra, Aquarius] or Fire sign [Aries, Leo, Sagittarius] and to move downward whenever the Moon is in an Earth [Taurus, Virgo, Capricorn] or Water sign [Cancer, Scorpio, Pisces]. Other recent experiments have attempted to be the Moon's velocity and the angular rates of positive acceleration or negative acceleration to the market. These have been inconclusive.
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Recent and upcoming events: Nov 29 (Thu) 19:09 = MOO Lat @ 0 = SUN 270° MOO = 3rd Quarter Nov 30 (Fri) = SoLunar Turn-Day Dec 02 (Sun) 05:59 = MOOn Declination @ 0 Dec 03 (Mon) 11:05 = Moon Latitude @ Max Dec 04 (Tue) = SoLunar Turn-Day Dec 07 (Fri) 00:49 = SoLunar Turn-Day = New Moon = SUN 000 MOO Dec 09 (Sun) 06:14 = Moon Declination @ Min Dec 10 (Mon) 12:58 = MOOn Latitude @ 0 Dec 11 (Tue) = SoLunar Turn-Day Dec 12 (Wed) 06:57 = Moon @ Apogee Dec 15 (Sat) 07:06 = SUN 090 MOO = 1st Quarter Dec 16 (Sun) 18:23 = MOOn Declination @ 0 Dec 17 (Mon) 23:04 = Moon Latitude @ Min Dec 18 (Tue) = SoLunar Turn-Day Dec 22 (Sat) 14:05 = SoLunar Turn-Day = Full Moon = SUN 180 MOO Dec 23 (Sun) 06:40 = Moon Declination @ Max Dec 24 (Mon) 06:53 = Moon Latitude @ 0 + Moon @ Perigee Dec 29 (Sat) 04:18 = SUN 270° MOO = 3rd Quarter + Moon Declination @ 0 Dec 30 (Sun) 14:54 = Moon Latitude @ Max [calculated for New York City = EST] |
The Parallel Aspect is formed between two planets with the same declination or distance north or south of the ecliptic. If the planets are both North or both South of the ecliptic, the parallel aspect is read as a conjunction. If they are the same declination but one is North and one is South, then the contra-parallel is read as a 180 degree opposition. These aspects are strongest when the orb is kept to 1 degree. They can also magnify the intensity of any other aspect between the two planets or points. Declination exceeding the extremes of the Sun's declination (= out of bounds = ± 23.27⁰ geocentric or ±7.15⁰ heliocentric) oftentimes correlates with (mostly minor) changes in trend in financial markets (HERE). Daily Declination Ephemerides can be found e.g. HERE Declinations and Latitudes can be calculated online e.g. HERE |
Recent and upcoming events: Jul 27 (Fri) 16:20 + 18:38 = Full Moon + MOO Lat @ 0 = Total Lunar Eclipse = SoLunar Turn-Day Jul 31 (Tue) 22:27 = SoLunar Turn-Day Aug 02 (Thu) 04:29 = MOO Dec @ 0 Aug 04 (Sat) 02:16 = MOO Lat @ Min + SUN 270° MOO = SoLunar Turn-Day Aug 07 (Tue) 01:49 = SoLunar Turn-Day Aug 08 (Wed) 18:22 = Moon Declination @ Max Aug 10 (Fri) 14:01 = Moon @ Perigee Aug 11 (Sat) 04:23 = SoLunar Turn-Day = Partial Solar Eclipse (Super New Moon) Aug 15 (Wed) 10:52 = SoLunar Turn-Day Aug 16 (Thu) 15:31 = Moon Latitude @ Max Aug 18 (Sat) 03:32 = SUN 090 MOO = 1st Q Aug 19 (Sun) 00:25 = SoLunar Turn-Day Aug 21 (Tue) 22:57 = Moon Declination @ Min Aug 22 (Wed) 02:33 = SoLunar Turn-Day Aug 23 (Thu) 07:55 = Moon @ Apogee Aug 26 (Sun) 09:46 = SoLunar Turn-Day = Full Moon = SUN 180 MOO Aug 29 (Wed) 09:11 = SoLunar Turn-Day Aug 31 (Fri) 07:20 = Moon Latitude @ Min Sep 02 (Sun) 22:48 = SUN 270° MOO = 3rd Q Sep 03 (Mon) 13:24 = SoLunar Turn-Day [all times calculated for New York City = EST/EDT] |
Recent and upcoming events: Jun 28 (Thu) 10:26 = MOO Dec @ Min Jun 29 (Fri) 22:18 = MOO @ Apogee Jun 30 (Sat) 12:44 = MOO Lat @ 0 Jul 02 (Mon) 00:00 = SoLunar Turn-Day (HERE) Jul 05 (Thu) 22:01 = MOO Dec @ 0 Jul 06 (Fri) 00:00 = SoLunar Turn-Day Jul 07 (Sat) 19:19 = MOO Lat @ Min Jul 09 (Mon) 00:00 = SoLunar Turn-Day Jul 12 (Thu) 07:51 + 22:47 = MOO Dec @ Max + New Moon Jul 13 (Fri) 22:51 = MOO Lat @ 0 + MOO @ Perigee = Partial Solar Eclipse = SoLunar Turn-Day Jul 16 (Mon) 00:00 = SoLunar Turn-Day Jul 18 (Wed) 11:19 = MOO Dec @ 0 Jul 20 (Fri) 08:26 = MOO Lat @ Max = SoLunar Turn-Day Jul 24 (Tue) 00:00 = SoLunar Turn-Day Jul 25 (Wed) 16:52 = MOO Dec @ Min Jul 27 (Fri) 16:20 + 18:38 = Full Moon + MOO Lat @ 0 = Total Lunar Eclipse = SoLunar Turn-Day Jul 31 (Tue) 00:00 = SoLunar Turn-Day Aug 02 (Thu) 04:29 = MOO Dec @ 0 Aug 04 (Sat) 02:16 = MOO Lat @ Min + SUN 270° MOO = SoLunar Turn-Day [all times calculated for New York City = EST/EDT] |
Planetary movements shown as cyclic inclinations over time, by an unknown astronomer, appearing in a 10th-century appendix to commentaries by Macrobius on Cicero’s Somnium Sciponis. This is the earliest known 2-dimensional charts (plotting time vs. celestial latitude; an apparent anomaly is that it appears to show the celestial latitude of the Sun varying with time); the scribe used horizontal and vertical lines as aids, resulting in a picture strikingly similar to modern graph paper as it did not become commonly used before the mid 19th century, some 700 years later. This picture is a notable anomaly, as the earliest comparable "graph" diagram do not emerge prior to the late medieval period, some 250 years after this drawing was made. Source: Wikimedia. |
Upcoming events: 2017 Mar 20 (Mon) 05:13 VEN Lat @ MAX 2017 May 09 (Tue) 03:07 VEN Lat @ 0° 2017 Jun 23 (Fri) 07:20 VEN Lat @ MIN 2017 Aug 30 (Wed) 06:25 VEN Lat @ 0° 2017 Oct 22 (Sun) 04:58 VEN Lat @ MAX 2017 Dec 19 (Tue) 18:52 VEN Lat @ 0° 2018 Feb 15 (Thu) 15:04 VEN Lat @ MIN See also HERE |
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