A black hole is so massive that time itself starts to warp. In the case of black holes, the pull is so strong that nothing – not even light – can escape. So what are your possible fates, should you ever be so unlucky as to have a close encounter of the black hole kind?Īll objects exert a gravitational pull on one another, but for the most part, this force is pretty weak.
But as to what happens inside one – well, there physicists are still mightily in dispute. With the publication of the first ever picture of a black hole this week, any residual doubt that these monsters of space-time exist is banished. “That’s when the universe starts to go bizarre on you,” says Priyamvada Natarajan at Yale University. Before you know it, you have entered a black hole. Suddenly, you feel a tug, faint at first, but getting ever stronger as it pulls you towards an empty region of the sky. It is quiet and cold, serene but slightly terrifying. The only way we will know if any of this is true or not, is if we go to the moon, which has not been done since the seventies, or send a probe to collect and analyze samples on the surface, do you think tiny bow, like holes could have burrowed through the moon once in time and left behind dark matter for us to find, let us know your thoughts below in the comments.IMAGINE you are floating along in space. The way matter is transformed by the detonation of an atomic bomb. Speaker 2: Also believe matter near points of impact will be altered. Simply put, we are safe, thanks to our atmosphere unless climate change has a different planet in store for us and the planet. Earth could have been impacted by one of these small black holes, many years prior to our existence, but because of our atmosphere, earth would be protected from the of the impact and erosion of the Earth's surface would erase the trace of a possible collision.
But the moon moon couldn't have been the only planet in danger of getting blindsided by one of these tiny black holes, right? Scientists suggests this possibility with the moon because it's very well studied. Speaker 1: If a micro black hole was to quiet with a moon, it would create a small crater and continue borrowing through to the other side of the moon, leaving behind deposits of dark matter.
#LEGEND DARKNESS GETTING SUCKED INTO A BLACK HOLE TV#
An assistant physics professor from Illinois state university says that the collision from one of these tiny black holes would be like drilling a hole, filling it with dynamite, and then says it off the classic asteroid collision we see in movies and TV normally produces a large crater with the asteroid, barely penetrating the surface. These collisions were produced small craters, a few meters wide with different shapes and properties than the usual asteroid impact. If an atomic size black hole really did hit the moon as sciences proposed, we would notice the collisions effects. We are used to here on earth, although dark matter, invisible, it still leaves fingerprints.
This means that less than 5% of the universe is visible standard energy and matter. A theoretical physicist from the Canadian Institute of astrophysics describes dark matter as being transparent matter, dark matter slows the expansion of the universe down accounting for 27% of the cosmos dark energy up the universe's expansion accounting for 68%. Speaker 1: One of the greatest mysteries of the universe, but what is dark matter to put it simply dark matter is invisible matter. Right? This second, these mini black holes are the newest lead on dark matter. Sciences, believe if all of this did happen, these tiny black holes could still be roaming in and around the galaxies. And maybe even pass through our corner of the universe. Eventually after billions of years, these many black holes, would've it apart. And if they did scientists believe they would've dotted the early universe with clusters of black holes, even smaller than Adams do not let the size of these black holes fall you for the record, a black hole, half the size of a golf ball would still have a mass equivalent to earths, even microscopic black holes with masses, comparable to asteroids, would've sucked in and destroyed everything along their paths. Speaker 1: Billions of years ago, somewhere in the darkness and chaos, a few minuscule, unstable and hyper dense pockets of flaming matter may have collapsed.
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