As the data being transmitted by the New Horizons space probe continues to flow back to Earth, scientists poring over the information continue to find new surprises, including possible evidence that Pluto has a subsurface ocean of liquid water. Scans of the western lobe of the dwarf planet’s "heart" show that, for some unknown reason, there is extra mass in the region. This came as a surprise to the researchers: the area, dubbed Sputnik Planum, is thought to have been formed by a meteor impact, meaning that it should have negative mass, as one would assume from an impact crater.
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Whitley’s book 2012: The War For Souls involved the inter-dimensional invasion of a parallel Earth that had a number of marked differences from our own, including one departure where that Earth had two moons. However, as life sometimes imitates art, our own reality has taken an odd step toward being a bit more like Two-Moon Earth, in that it has been found that we have a second natural "quasi-satellite" accompanying our previously solitary Moon.
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In another first for modern astronomy, astronomers at the European Southern Observatory’s Very Large Telescope in Chile have produced what may the first direct photograph of an exoplanet that is orbiting a star that has another previously-known planet that was found using the proven "transit method". The transit method is where the planet’s presence is detected by the dimming of the parent star as the planet transits between the star and Earth.

"If it is confirmed that CVSO 30c orbits CVSO 30, this would be the first star system to host both a close-in exoplanet detected by the transit method and a far-out exoplanet detected by direct imaging," according to the ESO release article.
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Following the recent unveiling of evidence that there is an object in the outer reaches of the solar system large enough to affect the orbits of known planetoids, researchers have started looking for more clues as to where the elusive Planet Nine might be found. One of these new investigations was conducted by Matthew J. Holman and Matthew J. Payne of the Harvard-Smithsonian Center for Astrophysics, using data on the position of the Cassini space probe orbiting Saturn. They used that positioning data to look for purbutations in the probe’s orbit to look for the potential influence of an unaccounted-for large gravitational body.
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