5th Feb.2006
Solar activity and Universal Parallelism
Siamak Zandpour

Numerous parallelisms between the approx. 11 year sunspot cycle and many other phenomena such as droughts, storms, etc. are already known to the scientific community. From the cause- effect relationship point of view which looks for physical relations, the relationship between many of these phenomena are not clear yet. In view of the sizes of Jupiter and Saturn (see Appendix A) their cycles have a very marked parallelism with organic and inorganic phenomena in our solar system. In the same way as the new moon (Sun Moon conjunction) and the full moon (Sun Moon opposition) go parallel with the 15-day rhythms of high water tides (i.e. spring tides), and the Moon Sun square configurations (the other end of extremity) are parallel with the neap tides, so also these configurations work with other cycles. Jupiter, the giant of our solar system, has a 12-year cycle which is in itself very clearly visible in the rhythms of nature, and is quite close to the observed 11.1 year mean sunspot cycles. Jupiter’s 12 year cycle together with Saturn’s 30-year cycle results in a conjunction every 20 years approximately. The square formations, occurring on two points of the circle, are therefore every 10 years approximately. These rhythms may be observable throughout the nature (in our solar system) if you look for them. In this figure, we show the square configuration of the Jupiter and Saturn cycles from AD 1700 to 2000 along with the sunspot number for the same period. This is a very initial and raw presentation of the subject, and other parameters needed to obtain the exact mirror image are not considered yet.
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For general or detailed information on Sunspots and Sunspots cycles you may visit the below sites:
| Please reset your links. Your
web browser will automatically take you to the new web page
on sunspots and the sunspot cycle, or click here. science.nasa.gov/ssl/pad/solar/sunspots.htm |
|
NASA Science News: Updated
predictions from NASA scientists place the solar maximum in
mid-2000. |
| BOULDER—The next sunspot
cycle will be 30-50% stronger than the last one and
begin as much as a year late, according to a breakthrough
forecast using a ... www.ucar.edu/news/releases/2006/sunspot.shtml |