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请与NASA混合，不要搅拌。如图所示，我们看到了Arp 299，这是一个距Eart约1.4亿光年的银河系
案例简介：请混合，不要搅拌。在这里我们看到Arp 299，一个距离地球约1.4亿光年的银河系统，包含两个漩涡星系合并。当两个成为一体时，休克波在两个星系中隆隆作响，并触发新恒星形成的波。其中一些恒星非常大，过着短暂而暴力的生活。来自 @ nasachandraxray的数据显示，遍布25个明亮的x射线源。这些来源中有14个是如此强大的x射线发射器，以至于天文学家将其归类为 “超发光x射线源” 或ULXs。这些ulx可能是黑洞或中子星从伴星中提取物质的双星系统。该合成图像包含来自Chandra (粉红色) 的x射线数据，来自NuSTAR (紫色) 的高能x射线数据，和来自哈勃太空望远镜的光学数据 (白色和淡淡的棕色)。信用: x射线: NASA/CXC/克里特岛大学/K。Anastasopoulou等人，NASA/NuSTAR/GSFC/A。Ptak等人; 光学: NASA/STScI # NASA # 太空 # 星系 # x射线 # 恒星 # 宇宙 # LetsGetInFormation
请与NASA混合，不要搅拌。如图所示，我们看到了Arp 299，这是一个距Eart约1.4亿光年的银河系
案例简介：Blended, not stirred, please.Shown here we see Arp 299, a galactic system located about 140 million light-years from Earth that contains two swirling galaxies merging. As two become one, shock waves rumble through both galaxies and trigger waves of new star formation. Some of these stars are very large and live brief and violent lives. Data from @nasachandraxray reveals 25 bright X-ray sources sprinkled throughout. Fourteen of these sources are such strong emitters of X-rays that astronomers categorize them as "ultra-luminous X-ray sources," or ULXs. These ULXs are likely binary systems where a black hole or neutron star is pulling material from a companion star.This composite image contains X-ray data from Chandra (pink), higher-energy X-ray data from NuSTAR (purple), and optical data from the Hubble Space Telescope (white and faint brown). Credit: X-ray: NASA/CXC/Univ of Crete/K. Anastasopoulou et al, NASA/NuSTAR/GSFC/A. Ptak et al; Optical: NASA/STScI#NASA #Space #Galaxy #XRay #Stars #Universe #LetsGetInFormation
NASA - Blended, not stirred, please.Shown here we see Arp 299, a galactic system located about 140 million light-years from Eart
案例简介：请混合，不要搅拌。在这里我们看到Arp 299，一个距离地球约1.4亿光年的银河系统，包含两个漩涡星系合并。当两个成为一体时，休克波在两个星系中隆隆作响，并触发新恒星形成的波。其中一些恒星非常大，过着短暂而暴力的生活。来自 @ nasachandraxray的数据显示，遍布25个明亮的x射线源。这些来源中有14个是如此强大的x射线发射器，以至于天文学家将其归类为 “超发光x射线源” 或ULXs。这些ulx可能是黑洞或中子星从伴星中提取物质的双星系统。该合成图像包含来自Chandra (粉红色) 的x射线数据，来自NuSTAR (紫色) 的高能x射线数据，和来自哈勃太空望远镜的光学数据 (白色和淡淡的棕色)。信用: x射线: NASA/CXC/克里特岛大学/K。Anastasopoulou等人，NASA/NuSTAR/GSFC/A。Ptak等人; 光学: NASA/STScI # NASA # 太空 # 星系 # x射线 # 恒星 # 宇宙 # LetsGetInFormation
NASA - Blended, not stirred, please.Shown here we see Arp 299, a galactic system located about 140 million light-years from Eart
案例简介：Blended, not stirred, please.Shown here we see Arp 299, a galactic system located about 140 million light-years from Earth that contains two swirling galaxies merging. As two become one, shock waves rumble through both galaxies and trigger waves of new star formation. Some of these stars are very large and live brief and violent lives. Data from @nasachandraxray reveals 25 bright X-ray sources sprinkled throughout. Fourteen of these sources are such strong emitters of X-rays that astronomers categorize them as "ultra-luminous X-ray sources," or ULXs. These ULXs are likely binary systems where a black hole or neutron star is pulling material from a companion star.This composite image contains X-ray data from Chandra (pink), higher-energy X-ray data from NuSTAR (purple), and optical data from the Hubble Space Telescope (white and faint brown). Credit: X-ray: NASA/CXC/Univ of Crete/K. Anastasopoulou et al, NASA/NuSTAR/GSFC/A. Ptak et al; Optical: NASA/STScI#NASA #Space #Galaxy #XRay #Stars #Universe #LetsGetInFormation
请与NASA混合，不要搅拌。如图所示，我们看到了Arp 299，这是一个距Eart约1.4亿光年的银河系
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NASA - Blended, not stirred, please.Shown here we see Arp 299, a galactic system located about 140 million light-years from Eart
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