新的研究表明量子力学 支持宇宙审查 隐藏黑洞奇点 New study suggests quantum mechanics upholds cosmic censorship, hiding black hole singularities.
最近对《物理评论信》的研究显示,量子力学支持宇宙审查假设,这是物理学家Roger Penrose提出的理论。 Recent research in Physical Review Letters indicates that quantum mechanics supports the cosmic censorship hypothesis, a theory proposed by physicist Roger Penrose. 这一假设表明,奇特之处,即黑洞中无限密度的空间,总是隐藏在视野之外。 This hypothesis suggests that singularities, spaces of infinite density in black holes, are always hidden from view. 该研究提出了量子Penrose的不平等,这表明黑洞和量子物质在其中的总环球值永远不会减少,从而防止裸体奇点。 The study proposes a quantum Penrose inequality, which suggests that the total entropy of black holes and quantum matter within them never decreases, thus preventing naked singularities. 虽然没有得到证实,但这一结论支持这样一种观点,即物理定律保持不变,单项性无法观察到。 While not proven, this finding supports the idea that the laws of physics remain intact and that singularities are not observable.