Calculated and charted with Timing Solution.
Declinations of Mercury, Venus, and Mars exceeding the Sun's maximum declination (± 23.27 degrees) frequently correlate with market turns.
Showing posts with label Planets out of Bound. Show all posts
Showing posts with label Planets out of Bound. Show all posts
Saturday, May 30, 2015
Friday, December 13, 2013
S&P 500 vs Planets out of Bounds
When the declinations of Mercury, Venus and Mars are exceeding the extremes of the Sun's declination (= ± 23.27 degrees geocentric), the events are often correlating with market turns (see also HERE).
20 May 2013- 13 Jun 2013 - Mercury OOB
24 May 2013- 19 Jun 2013 - Venus OOB
29 Jun 2013 - 3 Aug 2013 - Mars OOB
10 Oct 2013 - Dec 2013 - Venus OOB
16 Dec 2013 - 8 Jan 2014 - Mercury OOB
[Eastern Standard Time]
24 May 2013- 19 Jun 2013 - Venus OOB
29 Jun 2013 - 3 Aug 2013 - Mars OOB
10 Oct 2013 - Dec 2013 - Venus OOB
16 Dec 2013 - 8 Jan 2014 - Mercury OOB
[Eastern Standard Time]
Wednesday, June 5, 2013
S&P 500 vs Planets out of Bounds
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| Calculated and charted with Sergey Tarassov's Timing Solution |
The planets'
declinations exceeding the extremes of the Sun's declination (= ±
23.27 degrees geocentric or ±7.15 degrees heliocentric) often correlate with market turns.
Astrologer Kt Boehrer was a pioneer in the field of declination studies. She coined the term 'out of bounds' to denote when a planet moved outside the Sun's declination path and into the solar 'no go' area. Apart from the Sun, only Saturn and Neptune never go out of bounds. All other planets - Mercury, Venus, Mars, Jupiter, Uranus, and Pluto - plus the Moon go out of bounds at some point during their cycles. Mercury, Venus, and Mars go out of bounds on a frequent basis. The Moon has an 18.6 year pulsation, divided into approximately 9-year halves. It spends around 9 years within the Sun's path, and then another 9 years making regular excursions outside the solar bounds (see also HERE).
Astrologer Kt Boehrer was a pioneer in the field of declination studies. She coined the term 'out of bounds' to denote when a planet moved outside the Sun's declination path and into the solar 'no go' area. Apart from the Sun, only Saturn and Neptune never go out of bounds. All other planets - Mercury, Venus, Mars, Jupiter, Uranus, and Pluto - plus the Moon go out of bounds at some point during their cycles. Mercury, Venus, and Mars go out of bounds on a frequent basis. The Moon has an 18.6 year pulsation, divided into approximately 9-year halves. It spends around 9 years within the Sun's path, and then another 9 years making regular excursions outside the solar bounds (see also HERE).
Monday, October 29, 2012
SPX vs Planet’s Declinations out of Bound
Mars went beyond - 23.27⁰ on October 26 (Fri), and Mercury will follow on November 6 (Sun).
Mars' Declination out of Bound
02.13.2010 SA - 03.15.2010 MO
11.19.2010 FR - 12.29.2010 WD
07.24.2011 SU - 08.22.2011 MO
10.26.2012 FR - 12.10.2012 MO
06.29.2013 SA - 08.03.2013 SA
09.29.2014 MO - 11.21.2014 FR
06.07.2015 SU - 07.17.2015 FR
Venus Declination out of Bound
05.06.2010 TH - 06.08.2010 TU
11.14.2011 MO - 12.14.2011 WD
04.03.2012 TU - 06.04.2012 MO
05.24.2013 FR - 06.19.2013 WD
10.11.2013 FR - 12.07.2013 SA
12.02.2014 TU - 12.25.2014 TH
04.18.2015 SA - 06.02.2015 TU
Mercury's Declination out of Bound
06.22.2010 TU - 07.06.2010 TU
11.14.2010 SU - 12.13.2010 MO
06.11.2011 SA - 06.28.2011 TU
11.06.2011 SU - 11.29.2011 TU
01.08.2012 SU - 01.21.2012 SA
05.31.2012 TH - 06.20.2012 WD
11.01.2012 TH - 11.07.2012 WD
12.27.2012 TH - 01.15.2013 TU
05.21.2013 TU - 06.13.2013 TH
12.17.2013 TU - 01.08.2014 WD
05.11.2014 SU - 06.05.2014 TH
12.07.2014 SU - 01.01.2015 TH
(Calculated and charted with Sergey Tarassov's Timing Solution).
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