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美国宇航局-我们需要谈谈你的耀斑在距离地球约4,400光年的区域，在我们自己的银河系中
案例简介：我们需要谈谈你的耀斑在距离地球约4,400光年的区域，在我们自己的银河系内，恒星正在积极形成，是泻湖星云。这是 @ NASAChandraXray的一项新调查中包含数千颗恒星的图像之一。这是有史以来在x射线中进行的最大规模的恒星形成调查的一部分，覆盖了40个不同地区的约24,000颗单独的恒星。该研究概述了年轻恒星的强大耀斑或爆发与它们可能对周围行星的影响之间的联系。巨型耀斑的产生和吸收: 在过去的20年中，科学家们认为，这些巨型耀斑可以通过将气体从围绕它们的物质盘中驱散，从而帮助将行星 “赋予” 仍在形成的恒星。这可能会触发卵石和其他小岩石物质的形成，这是行星形成的关键步骤。另一方面，这些耀斑可能会从已经通过用强大辐射爆破任何大气而形成的行星中 “带走”，可能导致其完全蒸发和破坏。信用: x射线: NASA/CXC/宾夕法尼亚州立大学/K。Getman等人; 红外线: 美国宇航局/JPL/斯皮策 # 钱德拉 # 美国宇航局 # 星星 # 耀斑
美国宇航局-我们需要谈谈你的耀斑在距离地球约4,400光年的区域，在我们自己的银河系中
案例简介：We need to talk about your flare🔥 In an area about 4,400 light-years from Earth, within our own Milky Way galaxy where stars are actively forming, is the Lagoon Nebula. This is one of the images that contain some of the thousands of stars from a new survey from @NASAChandraXray. This was part of the largest survey of star formation ever conducted in X-rays, covering some 24,000 individual stars in 40 different regions. The study outlines the link between the powerful flares or outbursts from young stars and the impact they could have on planets in orbit around them. The give and take of mega flares: Over the past 20 years, scientists have argued that these giant flares can help "give" planets to still-forming stars by driving gas away from disks of material that surround them. This can trigger the formation of pebbles and other small rocky material that is a crucial step for planets to form. On the other hand, these flares may "take away" from planets that have already formed by blasting any atmospheres with powerful radiation, possibly resulting in their complete evaporation and destruction. Credit: X-ray: NASA/CXC/Penn State/K. Getman, et al; Infrared: NASA/JPL/Spitzer #Chandra #NASA #Stars #Flare
NASA - We need to talk about your flare🔥 In an area about 4,400 light-years from Earth, within our own Milky Way galaxy where s
案例简介：我们需要谈谈你的耀斑在距离地球约4,400光年的区域，在我们自己的银河系内，恒星正在积极形成，是泻湖星云。这是 @ NASAChandraXray的一项新调查中包含数千颗恒星的图像之一。这是有史以来在x射线中进行的最大规模的恒星形成调查的一部分，覆盖了40个不同地区的约24,000颗单独的恒星。该研究概述了年轻恒星的强大耀斑或爆发与它们可能对周围行星的影响之间的联系。巨型耀斑的产生和吸收: 在过去的20年中，科学家们认为，这些巨型耀斑可以通过将气体从围绕它们的物质盘中驱散，从而帮助将行星 “赋予” 仍在形成的恒星。这可能会触发卵石和其他小岩石物质的形成，这是行星形成的关键步骤。另一方面，这些耀斑可能会从已经通过用强大辐射爆破任何大气而形成的行星中 “带走”，可能导致其完全蒸发和破坏。信用: x射线: NASA/CXC/宾夕法尼亚州立大学/K。Getman等人; 红外线: 美国宇航局/JPL/斯皮策 # 钱德拉 # 美国宇航局 # 星星 # 耀斑
NASA - We need to talk about your flare🔥 In an area about 4,400 light-years from Earth, within our own Milky Way galaxy where s
案例简介：We need to talk about your flare🔥 In an area about 4,400 light-years from Earth, within our own Milky Way galaxy where stars are actively forming, is the Lagoon Nebula. This is one of the images that contain some of the thousands of stars from a new survey from @NASAChandraXray. This was part of the largest survey of star formation ever conducted in X-rays, covering some 24,000 individual stars in 40 different regions. The study outlines the link between the powerful flares or outbursts from young stars and the impact they could have on planets in orbit around them. The give and take of mega flares: Over the past 20 years, scientists have argued that these giant flares can help "give" planets to still-forming stars by driving gas away from disks of material that surround them. This can trigger the formation of pebbles and other small rocky material that is a crucial step for planets to form. On the other hand, these flares may "take away" from planets that have already formed by blasting any atmospheres with powerful radiation, possibly resulting in their complete evaporation and destruction. Credit: X-ray: NASA/CXC/Penn State/K. Getman, et al; Infrared: NASA/JPL/Spitzer #Chandra #NASA #Stars #Flare
美国宇航局-我们需要谈谈你的耀斑在距离地球约4,400光年的区域，在我们自己的银河系中
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NASA - We need to talk about your flare🔥 In an area about 4,400 light-years from Earth, within our own Milky Way galaxy where s
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