Binary Blues.

The monster hunk of rock, Jupiter-sized and very dense with iron, was pulled off its straight-line course by the passage of an even larger cloud of metallic dust roughly the size of our solar system. The monster rock’s course was deflected by only a few degrees. The metallic cloud passed on beyond any further influence.As the rock hurtled through deep space, it headed toward a binary star system that it would have passed but for the passage of the dust cloud. As it felt the gravitational pull of the binary system, it accelerated toward the larger of the two blue giant stars.

The larger star was very dense and unstable. It had a six planet family of mostly metallic worlds. They were highly magnetized and were in two pairs of orbits. Each orbit ring contained three planets spaced equidistantly. But all that was about to change.

By sheer coincidence, the monster rock slammed into the very center of the blue giant star and finally disintegrated. The extreme addition of iron atoms and the associated ions were assailed by the extreme forces of temperature and magnetism pushed the instability of the star beyond the point where it could contain itself. It blew apart and instantly incinerated the six planets of its system. As the atoms and other particles began spreading out in a spherical pattern, the other blue giant was also assailed by the metallic debris and put into a death-throe of its own. The gigantic forces had pushed it to its limit. It took a little longer to go unstable but eventually it blew up too.

The spherical pattern of the first star was forming a globe of metallic particles that was suddenly interrupted on one side by the explosion of the other smaller, but less metallic star. The eventual result was a huge screen of metallic particles that was forming into a parabola.

When it had formed into a near perfect reflector, Three other stars in the area went supernova and sent a blast of energy in all directions. Part of that energy in three separate events hit the metallic reflector and were focused into an extremely fine and powerful beam that pointed toward the Milky Way galaxy which was moving in its direction.

By sheer coincidence, the beam of energy came through a solar system and struck a planet at it’s infancy. The beam, now much less powerful because of the distance it had traveled, struck the surface of the water on that planet and illuminated a clump of mass that was mostly comprised of amino acids and simple proteins. By another huge coincidence, Several lightning strikes hit nearby and supplied a series of weak electric shocks to the mass.

The eventual result, when all of these energy events happened at the same time, was to ignite the mass with a basic form of life energy. Because of the residual energy, the mass began to divide into several other masses that suddenly had the ability to survive on its own in the protein stew of the water it rested in. In a short time, it had spread into a conglomeration of piles of masses. But with each generation, mutations caused by the intense radiation of the g-type sun, began to change the masses into different kinds. After a while, it would have become obvious to anyone watching, that the phenomena was self-sustaining. And so, life began on the planet called Earth.

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Tags:

binary stars, life, milky way, planet, space and sun