@ryanrenolds91: #pheobebridgers #fyp #trend #viral #secretaccount

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Sunday 27 September 2026 00:00:56 GMT
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rachelsspamm.11711
🤍 :
How do you do this?
2026-09-27 06:22:28
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sam075134
sam :
What does this mean
2026-10-14 04:42:30
1
maddy_r333
Madd(mx+b) :
2026-10-15 02:10:16
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user.13538864388
user.13538864388 :
Got this cute blanket cuz it reminded me of Phoebe
2026-09-27 22:09:14
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secretuser0118
Ah :
Can someone make them for me
2026-10-13 23:52:05
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brinleyisntreal
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user1958630282151
paperlover :
@tamariiah
2026-10-14 00:21:12
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haidi_hadi
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@s h e l b s !
2026-09-27 17:22:31
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🚨Astronomers Found a Black Hole Growing 13 Times Faster Than Physics Says It Should.   Astronomers have identified an unusual quasar called ID830, whose central black hole appears to be consuming matter at nearly 13 times the classical Eddington limit. The quasar is seen as it existed about 12 billion years ago, when the universe was still young. ⸻ 🕳️ The black hole is estimated to contain the mass of around 440 million Suns. Researchers used observations from Japan’s Subaru Telescope, including the quasar’s magnesium emission line, to estimate its mass. They then analyzed its ultraviolet and X-ray emission to determine how rapidly it was feeding. ⸻ ⚛️ The Eddington limit describes the balance between gravity pulling matter inward and radiation pressure pushing outward. Although this limit makes sustained, extremely rapid growth difficult, black holes can sometimes exceed it under certain conditions. ⸻ 🔭 What makes ID830 particularly intriguing is its combination of intense X-ray emission and a powerful radio signal associated with a jet. These observations challenge some models of super-Eddington accretion, which often predict that the X-ray-emitting region may weaken under such conditions. ⸻ 🚀 Researchers suggest that ID830 could be caught during a short-lived transition following a sudden influx of gas. If this interpretation is correct, brief periods of exceptionally rapid feeding may help explain how supermassive black holes grew so quickly in the early universe.
🚨Astronomers Found a Black Hole Growing 13 Times Faster Than Physics Says It Should. Astronomers have identified an unusual quasar called ID830, whose central black hole appears to be consuming matter at nearly 13 times the classical Eddington limit. The quasar is seen as it existed about 12 billion years ago, when the universe was still young. ⸻ 🕳️ The black hole is estimated to contain the mass of around 440 million Suns. Researchers used observations from Japan’s Subaru Telescope, including the quasar’s magnesium emission line, to estimate its mass. They then analyzed its ultraviolet and X-ray emission to determine how rapidly it was feeding. ⸻ ⚛️ The Eddington limit describes the balance between gravity pulling matter inward and radiation pressure pushing outward. Although this limit makes sustained, extremely rapid growth difficult, black holes can sometimes exceed it under certain conditions. ⸻ 🔭 What makes ID830 particularly intriguing is its combination of intense X-ray emission and a powerful radio signal associated with a jet. These observations challenge some models of super-Eddington accretion, which often predict that the X-ray-emitting region may weaken under such conditions. ⸻ 🚀 Researchers suggest that ID830 could be caught during a short-lived transition following a sudden influx of gas. If this interpretation is correct, brief periods of exceptionally rapid feeding may help explain how supermassive black holes grew so quickly in the early universe.

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