did this 2019<\/a> combining the most advanced technologies. There had been discoveries of black holes before. However, scientific proof was more or less indirect. Black holes are supermassive objects and therefore they bend gravity. Black holes are one of the most mindboggling things in the universe and troubled masterminds as Albert Einstein and Stephen Hawking. <\/p>\n\n\n\nMind-bending discoveries<\/h3>\n\n\n\n
Stephen Hawking originally doubted the\nexistence of black holes. Later, he gained the most important insights about\nblack holes we know. The questions he raised have a philosophical dimension.\nBlack holes are super-massive objects with enormous gravitational force. Not\neven the light can escape a black hole. In the 70ties Hawking discovered that\nthey are not black at all, they emit particles. This should make them finally\ndisappear.<\/p>\n\n\n\n
The biggest problem however is what happens to matter and what happens to information, which falls into a black hole. Does the black hole crush information? According to Stephen Hawking this is not possible. This led to the \u201einformation paradox\u201c that has puzzled scientists for decades. The official opinion of scientists is that the universe keeps \u201ea kind of a log of what it contains\u201c even an object is completely swallowed up in a black hole. However a black hole crushes any information. According to Hawking this is not possible because then it would be able to delete \u201eparts of the past\u201c, which can\u2019t be since the past tells us who we are.<\/p>\n\n\n\n
Black Holes may a route to another\nuniverse.<\/h3>\n\n\n\n
Stephen Hawking who died in March 2018 published a ground-breaking study in 2016 in \u201ePhysical Review Letters\u201c. Since 2015 he assumed that anything \u201ethat falls into a black hole shouldn\u2019t give up hope to coming back out \u2013somewhere\u201c. The original information paradox was solved by the theory that information is stored on the boundary of the black hole. But what happens to things that fall into the black hole? Hawking suggested that in a large, rotating black hole anything would reappear somewhere else, perhaps in a parallel dimension – a large rotating black hole might have a passage to another universe.<\/p>\n\n\n\n
Window To Other Dimension<\/h3>\n\n\n\n
New research suggests even more mind-boggling possibilities. Science is speculating for a long time about miniature black holes which could be created in colliders like the Large Hadron Collider in Switzerland. In scenarios the creation of bigger black holes may allow the exploration of the geography of extra dimensions. <\/p>\n\n\n\n
Steven Giddings, a professor of physics,\nsaid: \u201eBlack holes are perhaps the most profound and mysterious objects we\u2019ve\nimagined.<\/p>\n\n\n