Scientists Found This inside a Black hole

Comments · 333

• Z_

  @Z_Editz_08 · 1 month ago

  Kuch nya seekhne ka jugad ho gya ❤

  65

• OU

  @outstandingall6250 · 1 month ago

  Mind blowing theory bhai😮😮😮❤

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• VA

  @vaishnavikrishna3605 · 1 month ago

  Peechhe ka background bahut achhaa lag raha hai bhai ❤🎉

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• AR

  @ArshdeepSingh-k3r · 1 month ago

  Bhai apke videos dekhe bina neend nhi aati 😅

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• HA

  @Harshttr · 1 month ago

  Best Channel for space knowlege in simple language

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• AN

  @anupdas5944 · 1 month ago

  Kya dhasu Video tha bhai

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• SH

  @ShiveshPlayzs · 1 month ago

  Bro apne STORY wale channal pe plz only Ghost story hi dala kro 🙂🙏 Raat me sone ka jugad ho jata h 😂

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• NI

  @Nitin-lw2xh · 1 month ago

  Mza aagya, <br>Please videos on multiverse 😊😊

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• MR

  @MrinalGorai-l2q · 1 month ago

  Concept , clear

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• RA

  @Ram96-e2k · 1 month ago

  Thanks for precious data😊

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• KU

  @kumarkaushal-d6i · 1 month ago

  Hello Kaushik Sir,<br>I have another topic request that I believe could lead to a fascinating and genuinely challenging science discussion:<br>“Extracting Energy from Black Holes — The Physics Behind Penrose Process, Kerr Black Holes, and Rotational Energy.”<br><br>The subject is especially intriguing because black holes are usually imagined as objects from which nothing can escape, yet general relativity predicts mechanisms through which energy can, in principle, be extracted from a rotating black hole.<br><br>I would be especially interested in a video addressing these questions:<br><br>1. If nothing can escape from within the event horizon, how can a rotating black hole nevertheless lose its rotational energy through mechanisms such as the Penrose process or the Blandford–Znajek mechanism? What, precisely, is the physical origin of the extracted energy?<br><br>2. The Penrose process relies upon the ergosphere of a Kerr black hole and the existence of negative-energy trajectories relative to an observer at infinity. What does “negative energy” actually mean in curved spacetime, and how does frame dragging make such states physically possible without violating energy conservation?<br><br>3. Is there a fundamental upper limit to the amount of energy that can be extracted from a rotating black hole? If so, how is this limit related to the black hole’s dimensionless spin parameter, irreducible mass, horizon area, and the laws of black-hole thermodynamics?<br><br>4. Could black-hole energy extraction ever be regarded as a physically realizable energy source rather than merely a theoretical consequence of general relativity? What observational evidence would distinguish genuine rotational-energy extraction from ordinary electromagnetic or accretion-powered processes surrounding active black holes?<br><br>I find this topic particularly fascinating because it sits at the intersection of general relativity, quantum theory, astrophysics, and thermodynamics, while challenging the intuitive idea that a black hole can only absorb energy and never give any back.<br><br>I would genuinely love to see a detailed video exploring the mathematics and physical intuition behind this.<br><br>Thank you for considering the request

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• IN

  @India-y7f9l · 1 month ago

  Bhai video ka background बहुत अच्छा है😊😊❤❤

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