Modern Man Believed to Have History with Neanderthal

/in

In an article on Archaeology.org, a new species of man should be re-named Homo bodoensis, after a 600,000-year-old skull found in Bodo D’ar, Ethiopia, in 1976. The classification of H. bodoensis would replace H. heidelbergensis and H. rhodesiensis, and include most of the fossils from this time period from Africa and the Eastern Mediterranean. Many of the fossils from Europe would then be reclassified as Neanderthals.”  Read More 

The Urantia Book says: “In general and to start with, the Sangik tribes were more intelligent than, and in most ways far superior to, the deteriorated descendants of the early Andonic plainsmen; and the mingling of these Sangik tribes with the Neanderthal peoples led to the immediate improvement of the older race. It was this infusion of Sangik blood, more especially that of the blue man, which produced that marked improvement in the Neanderthal peoples exhibited by the successive waves of increasingly intelligent tribes that swept over Europe from the east.”  Read More

See Previous Trending Now Posts

More Humans All Over the Universe

/in

Scientists Say There May Be More “Humans” All Over the Universe “In short, convergent evolution theory posits that evolution itself is a law of nature — and, as a logical endpoint, it’s likely that evolution would operate the same way on different planets as it does here on Earth. In other words, it’s theoretically possible that the blue and green alien humanoids you see on “Star Trek” could be, well, actually out there.”  Read More

The Urantia Book says: “There are great differences between the mortals of the different worlds, even among those belonging to the same intellectual and physical types….Read More

James Webb Telescope Unfolds in Space

/in

James Webb Space Telescope (JWST) will study the Solar System, directly image exoplanets, photograph the first galaxies, and explore the mysteries of the origins of the Universe. Its ability to capture infrared light means it will be able to “see” the cosmos as it was when just a few hundred million years old, capturing images of the first-ever stars and galaxies. For the next 20 years, it will observe the Universe from the second Lagrange point (L2) around a million miles/1.5 million kilometers from Earth. It will send its images back to Earth via NASA’s Deep Space Network. Read More