Skip to main content

What if we fall in a black hole?

What if we fall in a black hole? 

The classic question is, what if you fall in a black hole? The answer for that on Earth is not a single person, who has fallen in a black hole. That means that everything that we are writing about that kind of case is purely hypothetical. Before we can make any research in that field, we must reach some black hole or create the own by using electromagnetic radiation. 

When we are thinking about the possibility that we would travel in a black hole, we should choose the right black hole. We cannot survive falling in the grapefruit-size black hole and that means the black hole must be big enough, that we can fit in it. And we need the craft that protects us the radiation. 

So there are three types of black holes, quantum-size, stellar, and supermassive. Those black holes might look similar, but they are not the same.  Or actually, there could be hypermassive, what means the black hole, what size of the event horizon would be larger than the galaxy. But when we dropping in the black hole, and use that thing in the travel, we must first make one thing clear. 

The black hole must be big enough, that we would not crush in pieces, and the second thing is that we must avoid the disk around that object. If we would go in that disk, we would burn in pieces. So the black hole must be so large, that we can come in the angle, where we can avoid the hyper hot gas around it. And then we must avoid the X- or gamma-ray radiation, what comes out from the poles of the black hole. So we must fit between the material disk and the radiation pike, what is coming out from the black hole. And then we must realize that if we are walking in the black hole, the tidal forces would rip us into pieces. 

And then we must remember one thing. Our speed must be high enough, that the acceleration would not rip us into pieces, which means that we should reach the speed, what is near the speed of light when we touch the event horizon. And that should eliminate the effect of extreme gravity. And that means we would need the photon or antimatter engines and hyper-cool spacecraft for making that operation. But the fact is that this thing is pure hypothesis. 


Comments

Popular posts from this blog

When robots are laughing and crying.

When robots are laughing and crying.  Does the AI have feelings?  Does the AI have feelings? Or can it be emphatic? The fact is this program code that controls the AI determines if it can give empathic reactions. The problem with the human nervous system is that we don't make a difference in the writing of empathic letters or telling empathic stories human or AI. Our nervous system is not adapted to AI yet. And that's why we cannot separate text written by AI from text that made by humans.  What does somebody make with AI that can emulate feelings? The fact is that the cyborgs are useful tools for infiltration operations. The human-size robots can have WLAN/6G connections with the central computers. Or they can form a neural network that shares information between all group members. The robots can also act as walking neural network-based supercomputers. That can make complicated solutions.  In those networks, each member shares information and their data-handling capacity all o

Earth 2.0 has been caused discussion about the possibility to find another civilization

    Earth 2.0 has been caused discussion about the possibility to find another civilization The Earth 2.0 or officially Kepler-452b is locating extreme log distance from Earth(1).    A new Earth-type planet has been found near the star, which is similar to our own Sun. The journey to that planet would take 1400 years, even if the spacecraft will reach the speed of the light. The planet has been found in the year 2008, but the confirmation of the existence of that planet has been taken time, but in 2015 the confirmation has been got, and Earth 2.0 has turned true.  The mass of that planet is 1,9 times Earth and the temperature is excellent if we are thinking about liquid water, but the journey to that planet will take so long, that we cannot ever go in there by using regular rockets and technology. The thing is that this kind of planets are the most interesting if we are looking for the lifeforms, which are similar to us, and the problem with that kind of things is that the communicatio

Tunguska meteorite and the natural nuclear fission

  Image I Tunguska meteorite and the natural nuclear fission 1) Tunguska UFO-theory  Tunguska meteorite is the mystery, that has been solved once, but then the case has been open again because Lake Cheko was not suitable for an impact crater. That lake has been introducing as an impact crater of the Tunguska meteorite. But the problem is that the shape of that lake is like a swimming pool. And that means it cannot form by a meteorite. So the mystery remains.  Meteorites can launch the natural nuclear fission if they hit the uranium ore, and transfer the impact energy to that ore. And is the thing that the famous "Tunguska" meteorite caused that kind of effect? There is also a theory that some "UFO" explode in that area, but the thing is that it is only theory, but interesting topics for some TV-series.  So I will begin this text by handling that theory, which is one of the incredible and outstanding theories in the world. Officially there is no physical evidence of