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11. Our solar system
| 11.11 |
The important patterns within our solar system
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| While clearly patterns exist within our solar system and potentially all solar systems, it is sometimes difficult to find out exactly what these patterns are, or represent. | ||
| In this section, we outline some important patterns and consider their implication for possibly other star systems. | ||
| 11.11.1 | The 144 ratio and life | |
| The 144 ratio relates to the size/distance relationship between our sun, brown dwarfs and life zones for planets/moons. | ||
| 144 is recognized as a ratio evident in calculating the size of hydrogen and helium burning stars. 144 x 1 million is the diameter of our star, the sun. 144 million is roughly the circumference of the Earth to the Sun. 144 x 1,000 is the diameter of Jupiter. | ||
| 11.11.2 | The 23.5 ratio and solar season | |
| The sun is not a stationary object. It completes a rotation in around 23.5 days. The sun also goes through a cyclical period every 11.4 to 11.8 years of greater input than output or greater output than input. | ||
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