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NASA-我们的 @ NASAHubble太空望远镜目睹了距离地球超过6000万光年的银河系僵局
案例简介：我们的 @ NASAHubble太空望远镜在火山口 (Cup) 的南部星座中目睹了距地球超过6000万光年的银河系僵局!螺旋臂-从螺旋星系中心延伸的恒星区域-实际上是星系盘中密度更大的区域，其动力学类似于交通堵塞的动力学，而不是表现得像刚性结构。在交通堵塞的中心，通过交通堵塞的汽车密度增加，在那里它们移动得更慢。螺旋臂以类似的方式起作用; 当气体和灰尘穿过密度更大的区域时，它们会被压缩并徘徊，然后再次移出它们。单击生物中的链接以获取更多信息⬆️ 图片来源: ESA/哈勃和NASA，P。Erwin等人 # NASA # Galaxy # Hubble
NASA-我们的 @ NASAHubble太空望远镜目睹了距离地球超过6000万光年的银河系僵局
案例简介：Our @NASAHubble Space Telescope witnessed galactic gridlock happening over 60 million light-years away from Earth in the southern constellation of Crater (the Cup)! Rather than behaving like rigid structures, spiral arms—regions of stars that extend from the center of spiral galaxy—are in fact areas of greater density in a galaxy’s disk, with dynamics similar to those of a traffic jam. The density of cars moving through a traffic jam increases at the center of the jam, where they move more slowly. Spiral arms function in a similar way; as gas and dust move through areas of greater density, they become compressed and linger before moving out of them again.Click the link in the bio for more info ⬆️ Image credit: ESA/Hubble & NASA, P. Erwin et al.#NASA #Galaxy #Hubble
NASA - Our @NASAHubble Space Telescope witnessed galactic gridlock happening over 60 million light-years away from Earth in the
案例简介：我们的 @ NASAHubble太空望远镜在火山口 (Cup) 的南部星座中目睹了距地球超过6000万光年的银河系僵局!螺旋臂-从螺旋星系中心延伸的恒星区域-实际上是星系盘中密度更大的区域，其动力学类似于交通堵塞的动力学，而不是表现得像刚性结构。在交通堵塞的中心，通过交通堵塞的汽车密度增加，在那里它们移动得更慢。螺旋臂以类似的方式起作用; 当气体和灰尘穿过密度更大的区域时，它们会被压缩并徘徊，然后再次移出它们。单击生物中的链接以获取更多信息⬆️ 图片来源: ESA/哈勃和NASA，P。Erwin等人 # NASA # Galaxy # Hubble
NASA - Our @NASAHubble Space Telescope witnessed galactic gridlock happening over 60 million light-years away from Earth in the
案例简介：Our @NASAHubble Space Telescope witnessed galactic gridlock happening over 60 million light-years away from Earth in the southern constellation of Crater (the Cup)! Rather than behaving like rigid structures, spiral arms—regions of stars that extend from the center of spiral galaxy—are in fact areas of greater density in a galaxy’s disk, with dynamics similar to those of a traffic jam. The density of cars moving through a traffic jam increases at the center of the jam, where they move more slowly. Spiral arms function in a similar way; as gas and dust move through areas of greater density, they become compressed and linger before moving out of them again.Click the link in the bio for more info ⬆️ Image credit: ESA/Hubble & NASA, P. Erwin et al.#NASA #Galaxy #Hubble
NASA-我们的 @ NASAHubble太空望远镜目睹了距离地球超过6000万光年的银河系僵局
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NASA - Our @NASAHubble Space Telescope witnessed galactic gridlock happening over 60 million light-years away from Earth in the
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