Dark Cloud of Gas Found Close to the Solar System, Here's Why This Matters
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Top Comments (10)
When the video title said "close to the Solar System", I was thinking in terms of a few billion miles from it - not 300 light years ..lol
Reminds me of this… Fred Hoyle wrote *The Black Cloud*, a 1957 science fiction novel about a sentient dark cloud of gas approaching the Solar System.
scientists: "what are you doing?" gas cloud: "hmh?!" scientists: "what are you doing!" gas cloud: "Nothing.. Me? Just hanging around."
Made it to class on time today! Thank you, Anton!
Poor Eos. Everyone knows it's better to burn out than fade away.☁️
Reminds me of rain and how rain drops form. Where water vapor starts it's life as rain by first coalesing around a speck of dust, stars start their life by coalesing around the densest parts of the H2 cloud. It's not a star, it's a stardrop. And it makes sense for the star forming regions to be at the edges of the bubble when the stars in the center of the bubble have already become stars. They gobbled up all the H2, burst into flames, and immediately started blowing everything away from itself with its stellar/photonic wind. That would blow the remaining H2 to the fringed where it would pile up like snow on the side of the road after a snowplow drove pass.
Good night Anton and friends. Im thankful to spend another one learning about the wonders of space and science :)
Today I learned: In a star-forming gas cloud, only 2% of the gas can collapse into stars before their energy output disperses the other 98% of the gas, which goes back into the long cycle of gas cloud formation. Cool .
Hello wonderful person. Thanka for todays class. ❤
Disney is going all out promoting Fantastic Four
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Top Comments (10)
When the video title said "close to the Solar System", I was thinking in terms of a few billion miles from it - not 300 light years ..lol
Reminds me of this… Fred Hoyle wrote *The Black Cloud*, a 1957 science fiction novel about a sentient dark cloud of gas approaching the Solar System.
scientists: "what are you doing?" gas cloud: "hmh?!" scientists: "what are you doing!" gas cloud: "Nothing.. Me? Just hanging around."
Made it to class on time today! Thank you, Anton!
Poor Eos. Everyone knows it's better to burn out than fade away.☁️
Reminds me of rain and how rain drops form. Where water vapor starts it's life as rain by first coalesing around a speck of dust, stars start their life by coalesing around the densest parts of the H2 cloud. It's not a star, it's a stardrop. And it makes sense for the star forming regions to be at the edges of the bubble when the stars in the center of the bubble have already become stars. They gobbled up all the H2, burst into flames, and immediately started blowing everything away from itself with its stellar/photonic wind. That would blow the remaining H2 to the fringed where it would pile up like snow on the side of the road after a snowplow drove pass.
Good night Anton and friends. Im thankful to spend another one learning about the wonders of space and science :)
Today I learned: In a star-forming gas cloud, only 2% of the gas can collapse into stars before their energy output disperses the other 98% of the gas, which goes back into the long cycle of gas cloud formation. Cool .
Hello wonderful person. Thanka for todays class. ❤
Disney is going all out promoting Fantastic Four