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Making Life Multiplanetary
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By USH
Below is an extract from a research paper written by a biology professor from the University of Oklahoma, a Smithsonian staff member, and a cosmology professor and it was recently published in Journal of Astrophysics and Aerospace Technology.
Anatomically “modern” humans appeared on this planet less than 50,000 years ago. But intelligent extraterrestrial life may have repeatedly evolved billions of years ago that might be the technological and scientific accomplishments of “humans” and intelligent non-human “beings” that evolved on Earth-like planets billions of years before our solar system was formed? For thousands of years there have been reports of extraterrestrial beings and “sky boats” that have visited Earth as recounted in ancient texts from India, Egypt, and Greece. They might appear to us as “gods” and they might be visiting Earth and Mars.
The implications are that similar forms of life have evolved on other planets and that intelligent extraterrestrials have evolved on worlds billions of years older than our own.
We provide a sample of official NASA Mars photographs above and below of what appears to be wreckage and debris from extraterrestrial spacecraft, partially buried bones, the body of a humanoid, humanoid skulls and UAPs/UFOs photographed in the skies and above surface of Mars but it must be cautioned, however, that without direct and detailed examination, it is impossible to determine with absolute certainty if these “anomalies” are extraterrestrial in origin.
So far, government agencies refuse to acknowledge any evidence for extraterrestrial life, be it UAPs or fungi on Mars and with the creation of the quasi-military National Aeronautics and Space Administration (NASA) it became official policy to denounce, ridicule and suppress any and all reports of extraterrestrial life, including fossils of fungi and bacteria in meteors and all evidence of algae, lichens, fungi and biological activity on Mars.
Why has the “Pentagon” and the quasi-military NASA gone to such extraordinary extremes to deny and suppress all evidence of extraterrestrial life? Possibly, they fear if they admit there is life on Mars and UAPs are extraterrestrial, the implications are that life must be pervasive throughout this galaxy and intelligent life evolved on innumerable worlds; and this would explain why there have been tens of thousands of reports of UFOs visiting this planet. Perhaps they fear if they were to admit and acknowledge the veracity of this vast body of evidence that religious and government authority would be undermined.
Perhaps this explains why NASA and the U.S. Defense Dept. have engaged in what some members of the U.S. congress and a few media outlets have called a “coverup”.
Read the in-depth report submitted on 7/30/23 and revised on 8/8, 11/23 including more photos at: file:///C:/Users/USER/Downloads/MarsHumanoidsUAPsFINAL.pdfView the full article
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By Space Force
The U.S. Space Force's first targeting squadron, the 75th Intelligence, Surveillance and Reconnaissance Squadron, was activated during a ceremony Aug. 11, 2023, at Peterson Space Force Base, Colorado.
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By European Space Agency
Image: This image shows the irregular galaxy NGC 6822, which was observed by the Near-InfraRed Camera (NIRCam) and Mid-InfraRed Instrument (MIRI) mounted on the NASA/ESA/CSA James Webb Space Telescope. As their names suggest, NIRCam and MIRI probe different parts of the electromagnetic spectrum. This allows the instruments to observe different components of the same galaxy, with MIRI especially sensitive to its gas-rich regions (the yellow swirls in this image) and NIRCam suitable for observing its densely packed field of stars.
NGC 6822 lies about 1.5 million light-years away, and is the Milky Way’s nearest galactic neighbour that is not one of its satellites. It has a very low metallicity, meaning that it contains very low proportions of elements that are not hydrogen and helium. Metallicity is an absolutely key concept in astronomy, in part because elements other than hydrogen and helium are largely produced by stars over their lifetimes. Therefore, in the very early Universe (before the first generation of stars had been born, lived and died) everything had very low metallicity. This makes contemporary low-metallicity objects (like NGC 6822) objects of interest for understanding how processes such as the evolution of stars and the life cycle of interstellar dust likely occurred in the early Universe. This was the motivation for these observations of NGC 6822 with Webb: to better understand how stars form and how dust evolves in low-metallicity environments.
The study of NGC 6822 has an interesting history that long predates modern investigations with Webb. It was first discovered by E. E. Barnard, who presented his discovery in a very brief paper in 1884 in The Sidereal Messenger: a short-lived but important American monthly astronomical journal that was published between 1882 and 1891. As with many astronomical objects that appeared diffuse with telescopes of the time, NGC 6822 was miscategorised as an "exceedingly faint nebula".
Over the next few years, a series of confusions arose around NGC 6822 over its apparent size, brightness, and even what kind of object it was, because astronomers at the time did not properly account for how different the same object might look with different telescopes. Edwin Hubble, namesake of the NASA/ESA Hubble Space telescope, went on to study NGC 6822 in depth and published a far more detailed paper of his own in 1925. This work was exceptionally important for humanity’s evolving understanding of the Universe, because, in Hubble’s own words: "N.G.C. 6822, [was] the first object definitely assigned to a region outside the galactic system". This paper contributed to solving the debate that was raging amongst astronomers about the extent of the Universe at the time by demonstrating that there were astronomical objects that lay beyond the Milky Way. The study of this galaxy was notably continued by Susan Keyser, who was the first woman to receive a PhD in astronomy from Caltech. Her 1966 thesis remained the most thorough investigation of this galaxy until the 2000s. Now, the study of this key local galaxy is being continued by Webb.
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Slider comparison image
[Image Description: A dense field of stars with clouds of gas and dust billowing across it. The clouds are patchy and wispy, dense and glowing parts obscuring the centre of the image. Bright galaxies with various shapes and sizes shine through the gas and stars. Some of the star images are a bit larger than the rest, with visible diffraction spikes; two foreground stars are bright in the lower-right corner.]
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