| |
Birth
of Our Sun 5 Billion Years Ago |
| Hypothesis A |
Our Sun was born from the effect of a shock
wave due to a nearby Supernova 5 Billion years ago. |
| Hypothesis B |
Our Sun was born from the effect of a galaxy
collision 5 Billion years ago. |
| Hypothesis C |
Our Sun was born in a star burst cluster created
by condensing dark matter 5 Billion years ago. |
| Hypothesis D |
Our
Sun was born from the effect of radiation by a nearby Supermassive
Star that subsequently went supernova. |
| |
Hypothesis A suggest
a few brother a sister stars possibly born at the same time .
Hypothesis B suggests numerous brother and sister
stars born in waves with predictable phases. (ie.
first phase separated from subsequent phase by 22 million years.
) |
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The ProtoStar Stage of our Sun
involved a million to 10 million year period of shooting
very hot jets of Water, Silicon, and Carbon compounds from it poles.
These hot jets cooled into a coccon
around
our sun and became the basis for the formation of our Oort Cloud
of comets. The Oort Cloud picked up interstellar material
such as cosmic viruses and provided an environment for life's early
formation or incubation. The resulting comet derived living cells
obtained their energy from radioactive decay, chemolithoautotrophy,
and
the use
of polycyclic
hydrocarbons. Subsequently, these comets delivered their life forms
to Earth and the other Planets. |
| |
Our
solar system travels up,
down, and around the Milky Way about every 255 million years.
It is currently positioned in the Local
Chimney section of a 2
armed barred spiral galaxy. A little
ways in from the Perseus Arm.
How does this influence infectious speciation
and natural selection processes ? |