... . It is a region where matter collapses due to the heat and pressure supplied by the fusion of the material within the object. In a star, for example, if the fusion of the material within it is less than the gravitational pull inward, the star will collapse, and if it is massive enough, ... 's event horizon appears black because the gravity is so strong that the escape velocity equals the speed of light. There is no satisfactory theory for what happens at and beyond the singularity; Time and space no longer have any meaning and cease to exist as we know them. If it ... is impossible to s...

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... approached. This led to this phenomena being dubbed "mass inflation." In order to understand what exactly a black hole is, we must first take a look at the basis for the cause of a black hole. All black holes are formed from the gravitational collapse of a star, usually having a great, massive, core. A star is created when huge, gigantic, gas clouds bind together due to attractive ... a point in space that just expels matter and energy. Also as a result of the powerful gravitational waves, most black holes orbit around stars, partly due to the fact that they were once stars. This may ca...

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... approached. This led to this phenomena being dubbed "mass inflation." In order to understand what exactly a black hole is, we must first take a look at the basis for the cause of a black hole. All black holes are formed from the gravitational collapse of a star, usually having a great, massive, core. A star is created when huge, gigantic, gas clouds bind together due to attractive ... a point in space that just expels matter and energy. Also as a result of the powerful gravitational waves, most black holes orbit around stars, partly due to the fact that they were once stars. This may ca...

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Black Hole A black hole is a region of spacetime enclosed by an event horizon. A black hole is formed by the collapse of massive objects. If the heat and pressure supplied by the fusion of the material within the star is less than the gravitational pull inward, the object may collapse to form a white dwarf, a neutron star, or (if it is massive enough) a black hole. A black hole is termed "black" because nothing can escape from within it, not even light. Everything that passes through the event horizon is gone from the observable universe. A black hole is a region where matter collapses to infi...

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... sky, the moon and the sun, many questions come to mind like how big are they?, how did they originate? , how long their life is?. For many years, human beings have been trying to find answers to these questions, but the answers to many of these questions are still unknown. Initially telescopes ... one of the 100 million stars in the Milky Way. From this, we can imagine the vastness of the milky way and hence the universe. Black holes are mysterious components of universe. A black hole is a region in space from which nothing can escape, even light. Their existence was confirmed just a few...

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... the end of its life. Upon many speculations, one of the most fascinating is the black hole theory. Not any star can become a Black Hole. For example, the possibility of our sun becoming a black hole is very unlikely, simply because it is too small. Only a very large star has the ... possibility to become a black hole. The definitions of black holes are sometimes controversial. In theory, a black hole is an area of highly concentrated mass. So concentrated, that no object can escape its gravitational pull. ... stars, they die. Speculation on their deaths is extremely speculative. The the...

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... formation (following the big bang), of numerous objects containing as much as 1,000,000,000 tons of mass but occupying only the space of a proton. These objects, called mini- black holes, are unique in that because of their immense mass and gravity, they are ruled by the laws if relativity, while their minute size requires that the laws of quantum mechanics ... escape to be reflected back to earth, scientists previously thought these exploded stars disappeared into holes (black holes). His work was also important because it showed these properties" relationship to the laws of classical t...

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... point in which it would take an infinite amount of time to reach the black hole. The first to really take an in depth look at black holes and the collapsing of stars, were a professor, Robert Oppenheimer and his student Hartland Snyder, in the early nineteen hundreds. They concluded on the basis ... in such a small area, that its escape velocity is greater than the speed of light. Most black holes orbit around stars due to the fact that they once were a star, and this may cause some problems for neighboring stars. If a black hole gets powerful enough it may actually pull a star into it a...

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... enough then another primeval fireball will be created and another big bang. It is very hard to know if the mass of the universe is enough though because of black holes. The gravity in a black hole is so great that not even light can escape so its almost impossible to find a black hole because they can not be seen. They are ... understanding of the Big Bang theory and the beginning of the universe. I think that this activity is pretty well how it is by writing a report and there is no need for improvement in the future. I do however think we should get to choose the topic instead of bein...

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... conditions predicted by relativity theory. In addition, general relativity has suggested various kinds of celestial phenomena that could exist, including neutron stars, black holes, gravitational lenses, and gravitational waves. According to relativistic theory, neutron stars would be small but extremely dense stellar bodies. A neutron star with ... pulses of radiation, are now taken to be rapidly spinning neutron stars, with the pulse period represent the period of rotation. Black holes are among the most exotic of the predictions of general relativity, although the concept itself date...

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• Grade Level: Undergraduate

... He gets away with describing all million million million million miles of the universe in about 200 pages. He explains the atom, the uncertainty principle, relativity, time travel, and black holes with clear description, simplifying excruciating subjects with good anecdotes and analogies and detailed, but understandable, explanations. He writes the type of novel that a person could crank out in one ... bravely, the non-professional reader may have difficulty with all the theory that must accompany this subject. However, he more than makes up for it in different chapters - for instance, ...

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... interested in mathematics and science at a young age. As he grew older he began to love the sciences, but his father insisted that he study for a degree in mathematics (Donaldson 1-3). When he enrolled in Oxford University he intended on getting a degree in chemistry, but this was not an available ... soon after graduating from Cambridge Hawking concentrated his works around black holes (Donaldson 4). He was the first to discover that small amounts of energy could escape black holes. This was possible when particles traveled faster than the speed of light for short periods of time. This ...

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Stephen Hawkings is the most honored physicist in out time.He has battled against what is known as Lou Gehrig's disease for some thirty years. Presently, he is unable to communicate without his computer, but Hawkings is still very active in the field. Stephen Hawkings was born on January 8, 1942 in oxford, ... as secondary attempts to describe a reality in which concepts such as singularities have no meaning, and where space and time form a closed surface without boundary. He also discovered that black holes should not be completely black, but should emit radiation and eventually evaporate a...

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... science fiction that would allow a gimmick of a shortcut through "Hyper space" as a means around this problem( par2 ) ." Sagen turned to Kip Thorne for help for hyperspace connections through space-time( par2). A black hole always has two "ends", a property ignored by everyone except a few mathematicians until the mid-1980s. ... a 4 dimensional space (Brian par3). Wormholes are gateways between two different parts of the universe made by linking two black holes. Wormholes are in the fabric of 4 dimensional space that are connected, but which originate at different points in space and di...

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... model of general relativity, they were able to prove that time originated from a singularity at some point in the past, confirming one and for all that the universe began at the instance of the big bang. (Hawking, 41) Although many scientists still maintain that Max Plank's quantum ... theories of relativity, the numerous arguments presented in the paper as well as the results of Hawking's continuous work have set the precedent for researching the existence of distortions in the fabric of spacetime as the direct cause of the presence of force. Prior to 1915, space ... of the equation c...

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... Ancient Greece (480-323 BCE), natural philosophers observed particular things like the phenomena of the natural world, along with abstract things like the nature of reality. These natural philosophers looked for universal principles by which phenomena could be explained, which among these philosophers included Heraclitus, Parmenides, and Plato. The philosopher, Heraclitus (ca. 545-475 BCE) of Ephesus, believed that flux, ... world. Evidently, Heraclitus, Parmenides, and Plato used the basic principle of change to explain the nature of the universe. As interpreted by the later Greek philo...

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... of the quest seems to be. Despite this, it has been theorized that man will eventually understand the universe through science and its relentless quest for knowledge. Not only has it been said that this is likely, but it has been said that this understanding lies mere decades away from the ... peak of achievement. To the uninitiated, a TOE is a theorem that explains, literally, everything, from the motion of subatomic particles to the existence of black holes and the motion of galaxies. The TOE would, in effect, explain the behaviour and nature of everything in the universe. It could, i...

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• Grade Level: High School