What is a black hole ?
A black hole is the area of space wherein no object can escape its gravitational pull. While astronomers believe that black holes exist, there is not enough evidence to support such claims. However, studies have shown that items that have sunk into a black hole will remain within infinitely. Black holes consist of a huge concentration of mass, which is the matter responsible for its gravitational force. Many scientists agree that these black holes are created after the death of a massive star, which is about ten times the sun’s size.
Since black holes have intense gravitational pull, all items including light can escape them. As the name suggests, black holes have no light within, causing the black hole’s appearance to remain dark forever. However, scientists still cannot find black holes in space, but has found areas where huge amounts of mass are contained within a dark area.
According to astronomers, the sun would never develop into a black hole, even though it is a star. Scientists agree and emphasized that the sun could endure as its current state for more than 5 billion years.
Scientists explain that entering a black hole is similar to the experience astronauts feel when orbiting the earth for the first time. However, once the ship moves closer to the black hole, the areas closest to the hole would experience more pull, which could become an uncomfortable sensation, as the pull would start to crush the ship and the people within it.
August 10th, 2008 at 3:44 am
“Since black holes have intense gravitational pull, all items including light can escape them.” Should be read “CANNOT escape them”
August 13th, 2010 at 10:46 am
First of all, there is no such thing as black holes! There is only misunderstanding about how stars and their systems move in space. When scientists finally understand how our own planet moves around the sun in a downward spiral orbit while our sun moves down through space in a shallow orbit; then they will begin to understand the relative motion of the other star systems, which are moving toward us and away from us and in all directions. When we learn how particles move through space, which includes the sun and its orbiting planets, we will then, understand much more about this machine we call the universe.
Particles in space are always moving in a spiral orbit moving from low pressure to high and then back again. However, this pressure exists not just from the outside pushing in but also from the inside pushing out. Understanding these pressures and how they work is the heart of “other dimensional science.” Understanding how these star systems move through space, will also accurately answer the questions of red giants and white dwarfs, as well as…the death and birth of stars, which do not exist.
It is true that stars get bigger and smaller as they orbit from one pressure zone to another and consequently, they do change color as a result, but stars do not nova and then disappear. I would love to view a star nova through a powerful telescope, a star nova is a spectacular thing to see but when it’s all over with, that star is still there, we just can’t see it any longer because it has moved from one pressure spectrum to another!
Currently, the earth is orbiting down from low pressure into high pressure. It takes 12,000 years to complete this quarter cycle before we enter, into the next cycle, which will take us once again… from relative low pressure to high, and we begin another 12,000 year cycle.
The earth and the machinery which surrounds it, work a lot like a washing machine or any machine, for that matter. When you have working parts, the parts of the machine get hot in certain places and so the machine changes gears. It all works like a clock in a way. Pressure builds up and finally moves the minute hand into the next position. This explains the motion of the poles which are shifting, the rising of water, which result in major floods and often permanent water displacement, volcanoes, earth quakes, hot and cold cycles, etc.…
There comes a point where we reach the end of a cycle when the earth is at the maximum internal pressure which exists at the quantum level of space, and it must let that pressure go. It reacts much like a spring that has been wound so tight that it finally let’s go. When this happens… particles, which are attached to one another in long chains, expand rapidly, which causes everything on the earth to expand just a bit; the greatest effect is in the waters of the earth.
Now, the sun is also under great pressure and when we reach the end of a cycle, the sun which has been compressed changing colors as it goes through the different pressure spectrums, expands rapidly. This effect, like the water of the earth, affects the sun in the same manner because of its molten nature. The visual effect is much more spectacular when the sun once again, regains homeostasis. However, we do not see it as it has passed into the next cycle hidden by a blanket of electrons. These huge electron conduits, separate one macro particle structure from another.
Scientists will learn and understand this in the next few years as they continue to put particles under extreme pressure in the laboratory but will understand much more when they discover how to get a frequency signal inside of an electron conduit. When they can overcome the pressure of what I call E. Space and get a frequency signal inside, they will then be able to map the structure of an atomic particle which works exactly the same way as our solar system. Eventually, they will also understand “other dimensional particles” and how they fit into the machine and why.