Astrophysics

Unicron is the planet-eating transformer in the Transformers universe. Unicron is a powerful and malevolent being who devours entire planets to fuel his own existence.

1. Gregorio Y. Zara D.Sc. Physics: Invention of the two-way television telephone.
2. Magdalena C. Cantoria, Ph.D., Botany: Research efforts in Physiology, Morphology and Biochemistry drug plants.
3. Paulo C. Campos, MD: Nuclear Medicine.
4. Pedro B. Escuro, PH.D: Genetics and Plant Breeding.
5. Jose N. Rodriguez, MD Leprology: Research in leprosy.
6. Andre Konstantin Geim, Physics: Research in Graphene and diamagnetic levitation.
7. Konstantin Sergeevich Novoselov, Physics: Research in Graphene.
8. John Craig Venter, Biology: First cell with synthetic genome.
9. Stephen William Hawking, Physicist and cosmologist; research in cosmology and quantum gravity.
10. Michio Kaku, theoretical physicist: professor of theoretical physics and the co-founder of sting field theory.

The quick answer would be to say they have an immense gravitational pull, and if you get close enough, past the event horizin, there is no way to escape or survive. They are extremely long lived, they are almost invisible unless they are absorbing an object and, surprisingly, they can be quite fast.

The more indepth answer would be that danger is a subjective term. Black holes certainly can be dangerous, but to us here on earth black holes dont present an immediate threat. The nearest one is 1600 light years away, far too far to exert any gravitational pull. Equally, scientist arent worried about a black hole being formed anywhere close anytime soon. And few scientists are worried about creating artificial black holes; not only would they radiate away far too quickly but ,even if they were stable, they would be too small and lite to 'suck' anything in.

But, having said all that, there is one final way a black hole could be dangerous. Black holes are one of the leading suspects in the creation of 'gamma ray bursts', massive explosions that dwarf even supernovas. If one happened in our galaxy, and was pointed as us, there is a small possibility it could cause an extinction event by messing with the ozone. Several mass-extinction events millions of years ago could possibly have been caused by such a blast.

Luckily there is only 1 of these bursts per 100000 or 1000000 years in our galaxy, and only a few percent of those would be angled at earth. So black holes, whilst certainly dangerous, pose little threat to humans here on earth.

Black holes are formed when a massive star collapses under its own gravity at the end of its life. This collapse causes the star to shrink to a point of infinite density known as a singularity, creating a region with an intense gravitational pull that even light cannot escape from, called a black hole.

The history of swearing is complex and spans various cultures and time periods. It is difficult to attribute the invention of swearing to a single individual, as the use of profanity and vulgar language has likely evolved over centuries through cultural influences and societal norms.

The editor of The Daily Planet is traditionally Perry White. Perry White is a fictional character in the Superman comic book series who serves as the tough but fair-minded editor-in-chief of the newspaper.

Although it is not a tangible or material surface, the notional radial distance from the singularity at the center of the black hole at which the escape velocity is equal to the speed of light is referred to as the event horizon, a supposed point of no return such that infalling matter, once it enters, cannot escape, since it should not be able to exceed the speed of light. Typically it would be a spherical or oblate spheroidal in shape.

Assuming you mean the event horizon of a black hole (there are other types as well), the diameter of a black hole as measured by its event horizon is directly proportional to its mass. The larger the mass, the larger the diameter. Thus, as a black hole's mass increases, it will get bigger. The only limitation is how much mass a black hole is able to incorporate from its surroundings.

Since you can't see a black hole, scientists use a method called gravitational lensing to detect black holes. Since black holes warp space-time, the light that travels near a black hole is bent, like how a magnifying glass warps the object a little at the edges. Scientists look for unusual distortions of light caused by this effect to look for black holes.

Black holes are round due to the intense gravitational forces pulling matter towards the center. This gravity acts equally in all directions, resulting in a spherical shape. Any irregularities in shape would be quickly smoothed out by the immense gravitational forces at play.

Here's the deal about black holes: nothing that goes in can ever get out. So, if a space shuttle was sucked into a black hole, it would not be able to get out. The rarely happens because the people have screens and tools that help them find where the black holes are. Not even light can go through a black hole. Something no one knows is where black holes lead to.

The width or size of a black hole is typically measured by its diameter or radius. This can vary significantly depending on the mass of the black hole. For example, the diameter of the supermassive black hole at the center of the Milky Way is estimated to be around 24 million kilometers.

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Answer

Actually a black hole is a imagination. It doesn't take you any where because it is supposed to be a mystery and you shouldn't believe in it. Answer Actually, a black hole is a real thing, probably. It's mostly theoretical, but the evidence that has been put together by astronomers and physicists suggests that it is a real thing. It's supposed to be a giant mass that has collapsed, and is so dense, and its gravitational field so strong, that once within a certain distance, not even light particles can escape being pulled into it. In science fiction, it can often be portrayed as having different characteristics. But there are two facts that you might want to keep in mind. All celestial bodies that have been identified as "black holes" are too far away for humans to travel to in a lifetime, given current technology. And two, even being near a black hole would kill you. Therefore, to answer the original question, "Where would it take you?" -- the answer is, it would take you to your death.

Scientists have not yet figured that out. They are trying to figure out where the matter that gets sucked into the black hole goes, which as I would imagine is what is on the other side of a black hole. Watch the news and you may be able to find out quicker than someone updating this question.

Well, there is a theory that on the other side of a Black hole is a White hole. As you know Black holes suck in anything that gets near it. Not even light can escape. So the question is where does it all go? That is where the white hole comes into play. It is believed that a white whole does the opposite of a black hole, it shoots everything out that a black hole sucks in. As explained in Newton's Third Law of Motion, "For Every Action There is an Equal and Opposite Reaction."

When you get near a black hole the exact effects depend on the size and mass of the black hole. A "stellar-mass" black hole - a black hole that's a few times the mass of the Sun - exerts a strong "tidal" pull on any object that approaches its event horizon. That is the same effect that creates the tides on Earth: the gravitational pull on the side of the object that is closest to the black hole is significantly stronger than the pull on the opposite side, so gravity stretches the object and pulls it apart.

An object in motion will continue to move at the same speed and in the same direction unless some force acts on it. So there is no need to continuously fire rockets in space. That is only needed if the spacecraft needs to change speed or direction. When spacecraft is on orbit, gravity constantly pulls it toward the object it is orbiting, but it is moving fast enough that, in simple terms, it will constantly miss.

One type of collapsed star. In the case of a black hole, the collapse is so extreme, the density is so great, that nothing - not even a ray of light - can escape the black hole, due to the extreme gravity.

The name of the spaceship in Forbidden Planet was called the C-57D.

Black holes can have a mass anywhere from a few solar masses (for stellar black holes), to about 20 billion solar masses (for the largest known supermassive black holes, in the centers of galaxies). The radius of a black hole (more precisely, of its event horizon) is directly proportional to its mass; a black hole with the mass of the Sun would have a radius of about 3 km, one that has a million times the mass of the Sun would have a radius a million times as much, etc.

No because Earth is the only planet that has life and other planets are too near and too far from the light and atmosphere has to be oxogen
None on this planet have gone out and colonized other planets. If there are any humans for any reason out amongst the stars not of our world, we have not yet met them.

Yes, a stable star is in equilibrium, called hydrostatic equilibrium, when the outward pressure from heat caused by core fusion processes balances the inward pull of gravity. There are other factors which alter the form of stars such as their rotation or gravity from external sources such as a nearby mass.

Black holes are invisible but the matter falling in makes friction and heats up which glows and gives of heat,x rays,etc.
Most black holes look like galaxies, you know, the usual swirl with the strange black dot in the middle. Some black holes look like a simple black dot, floating in space.

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