Learn how NASA's NISAR mission will tell this story in unprecedented detail and unlock the mysteries of Death Valley.īlack holes are some of the most exotic bodies in the universe. The story of this place, both past, present, and future, teaches us about both Earth and worlds beyond our own. The Dynamic Landscape of Death Valley, As Seen By NASA's NISAR Missionĭeath Valley is one of the most interesting geologic locations on earth, playing host to an incredible variety of landscapes and ecosystems. All ages welcome! Talks include Professor Katherine de Kleer: “The Solar System’s Volcanic Wonderland", and Max Goldberg: "Not All Those Who Wander Are Planets." Food and drinks available for purchase but the science is free.ħ:30PM-9:30PM, Badwater Saloon, Stovepipe WellsĮxplore the incredible night sky with a ranger! Bring a red flashlight to protect night vision. Join Caltech scientists for two 20-minute public astronomy talks and space-themed pub trivia (with prizes!) at the Badwater Saloon. A DSLR and tripod are essential to enjoy this session Astrophotography volunteers and rangers will be on hand to assist. Astrophotography Meet-upsĪn opportunity to photograph the stars in one of the darkest locations in the country. Pick up your free ticket on a first come first serve basis starting the day before at Furnace Creek Visitor Center. Tickets are required for the Keynote talks. I'll review plans for these and other missions, as well as recent findings by the Japanese Akatsuki spacecraft currently in orbit. Our sister planet is soon to be explored by new space missions, with orders-of-magnitude improvement in radar studies by EnVision/VERITAS, and in-situ exploration with near-surface imaging by the DAVINCI probe. Participants should bring their DSLR camera and tripod. Scientists suspect these methane clouds accompany the storms that form dark spots, hovering above them the way lenticular clouds cap tall mountains on Earth.An opportunity to learn how to take pictures of the stars with your own DSLR camera! Note this session is intended for astrophotography newcomers. The high-altitude clouds are made up of methane ice crystals, which give them their characteristic bright white colour. "We were so busy tracking this smaller storm from 2015, that we weren't necessarily expecting to see another big one so soon," Simon said. Researchers were analysing Hubble images of a smaller dark spot that appeared in 2015 when they discovered small, bright white clouds in the region where the 2018 Great Dark Spot would later appear. A new Great Dark Spot appeared on Neptune in 2018, nearly identical in size and shape to the one Voyager saw in 1989. Scientists dubbed the storms "The Great Dark Spot" and "Dark Spot 2." Just five years later, the Hubble Space Telescope took sharp images of Neptune that revealed both the Earth-sized Great Dark Spot and the smaller Dark Spot 2 had vanished. As the spacecraft zoomed by, it snapped pictures of two giant storms brewing in Neptune's southern hemisphere. Scientists first saw a Great Dark Spot on Neptune in 1989, when Nasa's Voyager 2 probe flew past the mysterious blue planet. "We have so little information on Uranus and Neptune," said Simon, lead author of the study published in journal Geophysical Research Letters. "If you study the exoplanets and you want to understand how they work, you really need to understand our planets first," said Amy Simon, a planetary scientist at Nasa's Goddard Space Flight Center in the US. The findings not only give scientists insights on the inner workings of the ice giant planets but also have implications for studying exoplanets of similar size and composition.
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