Turning
the Tide… the death of the "random" universe
SOLAR
SYSTEM Designed for Us…
| Perfect Star - The Sun is perfect in size and age - keeping a stable-burning phase perfect for life. If we only take the star's mass and planet's distance into account, only 0.1% of all visible stars systems qualify for life.6 | |
| Another crucial
parameter is the solitude of the star. We observe that
75% of all stars in our galaxy are in binary
relationships - two or more stars in each other's
gravitational fields. No planet could sustain life (or
even it's shape) orbiting such stars. Thus with just
three parameters, it becomes impossibly unlikely to find
a star to support life. |
 A life giving oasis, our sun's stable burning cycle and perfect place in the galaxy are glimpses into the "miraculous" string of events protecting Earth. |
 Jupiter acts as a giant vacuum cleaner pulling asteroids and comets out of potential collision courses with Earth. |
Jupiter - An elliptical orbit would bring showers of asteroids down on our planet, but it circles the sun like a cosmic watchdog clearing Earth's path from comets and asteroids.7 |
| Perfect Orbits - NASA, making millions of calculations, still has a hard time keeping a satellite in a circular orbit over two decades, yet 8 out of 9 planets "happen" to follow highly circular orbits throughout the passing millennia (keeping Earth virtually collision free). |  |
Our Perfect Moon - More than a cosmic night light, essential for life on Earth. Our Moon plays at least three pivotal roles crucial to life on earth: 1) Causes tides, 2) Stabilizes the tilt of our spin axis, and 3) Slows our rotation.8 But what if… |
|
| A little
closer or bigger? Ocean tides would flood the
planet, the atmosphere would be ripped apart, and Earth's
rotation would be too severe. A little farther or smaller? Climatic instability, water cycle/chain of life destroyed, and our protective magnetic field too weak. No Moon? Unstable orbit around Sun, stagnant oceans, and possible runaway Greenhouse effect. 9 |
