Life on Earth
Came From Other Planets
Abstract
A comprehensive review of scientific findings, published in prestigious scientific journals, is presented to explain how life on Earth came from other planets. Life appeared a few hundred million years after the Earths creation during a period of heavy bombardment. Life on Mars may have appeared near the same time. Microbes are adapted for surviving the hazards of space, including ejection from and landing upon a planet. Microbial fossils have been discovered in fifteen carbonaceous chondrites, most impacted by supernova. The Sun and Earth were created from a nebular cloud and protoplanetary disc, the remnants of an exploding star and its planets which may have harbored life. When the parent star became a red giant, its solar winds blew away planetary atmospheres along with airborne microbes, which were deposited in a growing nebular cloud. Because the red giant lost 40% to 80% of its mass and gravitational influences were reduced, its planets increased orbital distances or were ejected prior to supernova and may not have been atomized. The inner layers of a nebular cloud and protoplanetary disk protects against radiation and extreme cold enabling spores to survive. Microbes may have also survived within planetary debris which bombarded the Earth. As only life can produce life, then life on Earth came from life which may have originated on planets which orbited the parent star.
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From Other Planets Abstract
A comprehensive review of scientific findings, published in prestigious scientific journals, is presented to explain how life from other planets evolved on Earth. These first Earthlings (archae, bacteria, and cyanobacteria) contained the genes and the genetic information for altering the environment, the "evolution" of multicellular eukaryotes, and the metamorphosis of all subsequent species. These included exons, introns, transposable elements, informational and operational genes, RNA, ribozomes, mitochondria, and all the core genetic machinery for translating, expressing, and repeatedly duplicating genes and the entire genome. Prokaryotic genes were initially combined to fashion the first eukaryotes and/or were donated and transferred to unicellular then multicellular eukaryotes and then subsequently expressed in response to biologically engineered environmental influences, often in busts of explosive evolutionary change, as typified by the Cambrian Explosion. Genes biologically alter the environment such as via the secretion of waste products, e.g. methane, oxygen, calcium carbonate, sulphides, ferrous iron, etc., which acts on gene expression. However, these genes and life on Earth did not randomly evolve. Evolution is metamorphosis. These genes were inherited from ancestral species who acquired these genes and these genetic instructions from living creatures that long ago lived on other planets.
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