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 The Parker Solar Probe was designed to study the Sun, but some of its best work so far has revolved around Venus. Launched in 2018, the spacecraft is using Venuss gravity to inch increasingly closer to the Sun. These flybys will eventually place Parker to within 4.3 million miles  6.9 million km  of our host star, allowing the probe to study the solar winds and corona.     These gravitational assists have proven fruitful, as Parkers instruments are smartly being used to study Venus stanley botella . Data acquired by the probe recently allowed astronomers to capture our first complete view of Venuss orbital dust ring, and鈥攓uite unexpectedly鈥攖o peer through the clouds and visualize the planets toasty surface. And now, as new stanley becher  research published in Geophysical Research Letters shows, Parker has managed to discover natural radio emissions from within the Venusian atmosphere. Venus expert Glyn Collinson from the Heliophysics Science Division at NASAs Goddard Space Flight Center led the new research. Parker took the readings on July 11, 2020, when it was performing its third flyby of Venus. That astronomers are using these moments to study the planet makes total sense, as we still have much to learn about this planet, which is very similar to ours stanley flask  in terms of its size, chemical composition, and location within the solar system. But famously, while Earth is teeming with life, Venus is a scorching hellhole.  A possible reason for this big difference is that Earth features a protective magnetic field,  Pnzm Netflix   s Marvel Shows Can   t Come Back For at Least 2 Years
 Methane-producing microbes can survive the conditions found on Enceladus, according to research published today in Nature Communications. An interdisciplinary research team led by Simon Rittmann from the University of Vienna came to this conclusion by taking microbes found around Earths hydrothermal vents and exposing them to Enceladus-like conditions in the lab. Incredibly, these microbes didnt just survive鈥攖hey actually thrived. Enceladus, perhaps more than any other place in our Solar System aside from Earth, has the potential to sustain life at this particular stage in our Solar Systems history.     https://gizmodo/saturns-moon-enceladu stanley botella s-has-the-basic-ingredients-for-li-1794296870 Every once in a whil termo stanley e, Enceladus shoots a plume of water vapor and solid particles into space. Measurement stanley cups s made by NASAs late-great Cassini probe indicate the presence of life-sustaining chemicals within the plume, including organic and nitrogen-bearing molecules, salts, silicates, and molecular hydrogen. Whats more, Enceladus has been able to sustain a warm ice-capped ocean for billions of years in yet another sign of potential habitability. Astrobiologists theorize that, like ancient Earth, life may have emerged around hydrothermal vents located around the moons submerged rocky core. Aside from Cassinis flybys, scientists havent had the opportunity to visit the surface of Enceladus or explore its ocean, so we dont know if life actually exists there. But as Rittmanns new experiment shows, we c