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As is known to all, the black holes are as dense structure and sometimes inescapable for the cosmic materials. However, a latest research shows that the black holes might be close to the Earth, and even some mini black holes are passing through the Earth on a daily basis.
While deep space is littered with black holes formed by the collapse of giant stars, a miniature form could also exist.And unlike the larger black holes that swallow everything - even light, the mini black holes would instead hold objects in an orbit.
According to a paper by Aaron P. VanDevender from Halcyon Molecular in Redwood City, California, and J. Pace VanDevender from Sandia National Laboratories in Albuquerque, New Mexico, the orbiting effect of the black holes is similar to the way electrons orbit a nucleus without collapsing inwards.
In their study, the VanDevenders theories that some theoretical mini black holes are so small that they are able to exist on Earth as well as passing through the planet without causing any damage.
The microscopic size of mini black holes means they obey similar quantum laws to atoms, making nearing particles orbit the holes, rather than being absorbed.
So while entire planets could be swallowed by a large black hole after passing its event horizon, mini black holes could gravitationally bind matter around them in orbit.


众所周知,黑洞是一个高度密集的宇宙结构,令宇宙物质无法逃脱。然而近期一项最新研究表明,黑洞可能接近地球,甚至每天都会有微型黑洞穿过地球轨道。


虽然深太空遍布着由巨恒星崩溃形成的黑洞,但同时也存在微观结构黑洞。大型黑洞能吞噬任何宇宙物质,甚至光线,而微观黑洞却存在差异,它可使宇宙物质保持在太空轨道。


根据美国加州雷德伍德城翡翠鸟分子学会的亚伦•范德温德尔和新墨西哥州阿尔伯克基桑迪亚国家实验室的佩西•范德温德尔的研究报告,微型黑洞的轨道效应类似于电子环绕原子核,不发生向内崩溃。

在这项研究中,范德温德尔称,从理论上迷你黑洞非常小,它们可存在于地球上,并且在穿过地球轨道范围时不会带来任何破坏。

微型迷你黑洞的微观尺寸遵循规律类似于原子量子法则,使接近的微粒环绕黑洞运行,而不是被吞噬。

因此,虽然整个行星运行至大型黑洞表面时可能被吞并,但微型黑洞能通过引力与宇宙物质相结合,使它们保持在原太空轨道。