It is a frightening scenario directly from Science Fiction.
So what would happen if you were hit by an original black hole?
We already know that it comes into contact with a stellar mass black hole would be deadly.
However, I am, howeverAfter new study, Professor Robert Scherrer, an astrophysicist of Vanderbilt University, wanted to assess whether it would be touched with a black hole the size of an atom so catastrophic.
His calculations show that a black hole the size of an atom with the mass of an asteroid would pull the cells of your brain apart in microseconds.
The deadliest effect, however, would be the shock waves that this microscopic projectile would babble through your body.
“The shock wave produced in this process would be comparable to that of a bullet that runs through the human body,” explains Professor Scherrer.
The expert adds that even the smallest possible black holes would touch with as much power as a .22-Kaliber rifle.
A frightening study reveals what would happen if you were hit by a 'primordial' black hole the size of an atom with the mass of a large asteroid. Displayed: NASA's illustration of primordial black holes
If a black hole touches your head, gravitos would tear your brain apartment on a cellular level. You would kill this in the microseconds it needed before the black hole goes through it (stock image)
Unlike enormous 'stellar mass' black holes such as those in the middle of the milky way, black holes are relatively small.
But although they are small, its original black holes are still extremely closed and have extremely powerful gravitational fields.
Those tidal forces are so strong that they would literally tear the cells apart in your body if they go through it.
Parts of the cells closer to the black hole would be pulled stronger than those further away.
The difference between these forces would tear the cells in your body into pieces and kill you immediately.
Moving at nearly 450,000 miles per hour (720,000 km / h), an original black hole would go through the brain in Microseconds, exercise a tidal force between 10 and 100 Newtons.
For a black hole with a mass of 7x (10^12) Ton (that is seven followed by 12 zeros), this power is sufficient to guarantee the destruction of all the brain tissue, leading to almost certain death.
But this is not the deadliest consequence of being touched with a black hole.
Scientists believe that primordial black holes have formed the beginning of the universe and have slowly lost mass over time as illustrated in this image. This means that they must be above a certain size to prevent them from getting completely disappeared
If an original black hole touched your body, it would convey an enormous amount of energy in the form of a supersonic shock wave.
While that energy rims through your body, it would kill every cell on its path, just like an explosion that bored from your tissues.
Professor Scherrer calculated that a black hole with a mass of 140 billion tonnes would deliver the same deadly power as a .22-caliber rifle ball.
Just like a shot, that would be enough power to tear organs, tear meat and destroy your brain.
Although larger black holes can be even more fatal, this is the smallest black hole that can be fatal.
Fortunately, Professor Scherrer claims that the risk for humanity is essentially zero.
Primordial black holes, if they exist, are simply too rare that there is a real chance that someone will hit the small target of the vital organs of a person in the midst of the entire vastness of the universe.
Professor Scherrer says, however, that one of the most surprising findings is that you could survive that you are touched by a few black holes.
However, scientists say that some original black holes can be so small that they would reasily go through your body, even though they have the same mass as a small asteroid
Primordial black holes vary in mass of 100,000 larger than the sun, up to 100,000 lighter than a paper clip.
Black holes smaller than 140 billion tons can cause damage, but would not pack enough punch to cause a fatal wound.
Some of the really small black holes could even go through your body without harming the tissue around them.
Professor Scherrer says that a black hole with a mass of 10 billion tonnes, similar to that of a medium -sized asteroid, could pass straight through the human body and only cause negligible gravity effects. '
Although that is at the bottom of their possible masses, a direct hit from a black hole may not even be painful, let alone fatal.
This means that a black hole could have passed between your eyes without ever noticing it.
