math-chap-four

CHAPTER FOUR. THE SUN AND THE PLANETS.

The next “impossible” Solar System feature is taken from my book The Signs in The Heavens (by Roger Elliott), available on Amazon. It is SIGN NUMBER 66, on page 29 of the book.

In the book The Signs in The Heavens, I omitted to mention the statistical odds against the chance occurrence of the above result. If you generate three large random numbers, the statistical odds against ALL THREE of them being this close to perfect multiples of A THOUSAND are ONE CHANCE IN 358 MILLION!

1 ÷ {[(0.70356 x 2) ÷ 1000]3} = 358,927,382.

Clearly chance occurrence cannot be the explanation. The question is – can the laws of physics create this configuration. The answer to this question is – obviously not! The number 1000 (and multiples thereof) is only significant to humans because we have ten digits, and therefore use a BASE TEN counting system. The number 1000 is 10 x 10 x 10.

The laws of physics cannot “know” that humans have specifically TEN DIGITS, and then configure The Solar System so as to “fit in” with OUR base TEN counting system.

This feature is clearly DELIBERATE. This feature is clearly incorporated for OUR attention.

My book The Signs in The Heavens (by Roger Elliott) (available on Amazon) lists a profusion of similar examples of very close to perfect multiples of A THOUSAND which are “cryptically hidden” in the orbital and rotation periods of Solar System bodies.

If you would like to verify Sign number 66 above, go to the following web pages:-

For The Sun’s (sidereal) rotation period, go to

www.solarsystemtimeperiods.com/planet-orbital

For The Sun’s synodic rotation period, as viewed from Earth and from Mars, go to

www.solarsystemtimeperiods.com/sun-syn

For Mars’ (sidereal) rotation period, go to

www.solarsystemtimeperiods.com/mars-rotation

For now, in this present book, I will show you two more “Signs in The Heavens”, involving The Sun and The Planets. Signs 67 and 69.

The statistical odds against a single specific large randomly generated number being this close to a perfect multiple of A THOUSAND are one chance in 1330.

1 ÷ {[2 x (1000 minus 999.6268)] ÷ 1000} = 1330, ie:- one chance in 1330. 

If you would like to verify Sign number 67 above, go to the following web pages:-

For The Sun’s synodic rotation period, as viewed from Venus and from Mars, go to

www.solarsystemtimeperiods.com/sun-syn

The statistical odds against a single specific large randomly generated number being this close to a perfect multiple of A THOUSAND are one chance in .

1 ÷ {[2 x (1000 minus 998.5145)] ÷ 1000} = 336, ie:- One chance in 336. 

If you would like to verify Sign number 69 above, go to the following web pages:-

For The Sun’s synodic rotation period, as viewed from Mars and from Jupiter, go to

www.solarsystemtimeperiods.com/sun-syn

It is very cleverly done! In order to create these configurations, you would need to be a mathematical genius, far in advance of the brains of the mere Homo Sapiens!