... possible to put a specific location of space where it happened. Every single point of the universe was there, thus, every point in the universe is where the big bang happened. Take this analogy for example, of a balloon. If a number of dots are marked on a balloon, when inflated all the dots spread apart. All of the dots are moving away at a speed proportionate to their distance. Thus ... no one dot can be said to be at the "center- of the spherical surface. So when we say we're in the ... made by Edward Hubble in 1929, and Arno Paerzias and Robert Wilson made the second in 1948. Hubbl...

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... and the other star is receding, the speed of the stars could be traveling extremely fast. Imagine that the speed of the stars is fifty miles per second. If the speed of light was not constant, then the approaching star would be traveling at the speed of light plus the speed of the star while the receding star is traveling at the speed of light minus the speed of the star. In short, we would ... have many beams of light from this system traveling through space in ... same size going the same direction being viewed from Earth. The first rocket is going twenty-five percent of the speed of...

• Word Count: 1659
• Approx Pages: 7
• Grade Level: High School

... and the other star is receding, the speed of the stars could be traveling extremely fast. Imagine that the speed of the stars is fifty miles per second. If the speed of light was not constant, then the approaching star would be traveling at the speed of light plus the speed of the star while the receding star is traveling at the speed of light minus the speed of the star. In short, we would ... have many beams of light from this system traveling through space in ... same size going the same direction being viewed from Earth. The first rocket is going twenty-five percent of the speed of...

• Word Count: 1593
• Approx Pages: 6
• Grade Level: High School

... human lifetime could pass within the blink of an eye of an alien observer in a distant part of the galaxy, traveling near the speed of light. (Parker) With the idea in mind that time is relative, there is hope that time travel can be accomplished. Traveling near the speed of light slows time down significantly, but then what happens at the speed of light? When the speed of light (referred to as c) is reached, what ... with time can leave a reader baffled and confused. That's all right though, because also according to relativity, matter cannot travel at the speed of light, and much less...

• Word Count: 1559
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• Has Bibliography
• Grade Level: High School

... 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 of Einstein's theory of relativity that if the speed of light was the utmost speed over any massive object, then nothing could escape a black hole once in its clutches. The ... name "black hole" was named such, because of the fact that light could not escape from the gravitational pull from the core, thus making the ... called the "escape velocity." Roughly, Earth's e...

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• Grade Level: High School

... there was a referred. In particular, he believed that the Earth was at rest. Whereas, Newton using Galileo's experiments founded three laws of physics that showed there was no fixed state of rest. Taking this into account, experiments involving the speed of light led to Albert Einstein developing general the theory of relativity. From Einstein we learned space and time are dynamic quantities and the notion ... current situation in the present." (p. 166) The concept of warping through space-time is in itself very fascinating. Hawking describes a wormhole as being a "shortcut" between two d...

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... lab is relevant to the person that is in the lab. The principle of relativity theorizes that experiments in an internal frame, is independent from uniform velocity of the frame. An example of this is the speed of light. The speed of light within the internal frame is the same for all, regardless of the speed of the observer. Two events that are simultaneos in one frame, may not be ... the simplist equations, he found a set of 10. To test the general theory Einstein performed three tests. Gravitational red shift, light deflection, and perihelion shift of mercury. To test light deflection, ...

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• Grade Level: Undergraduate

... star becomes a pulsar. This is when the protons and electrons are smashed together so hard that they make neutrons. The Neutron Star then emits beams of light out of both its poles. This is known as a pulsar: these stars do this for about a million years and then they become Neutron Stars that no ... becomes so dense that nothing can escape it; not even light. What forms in this scenario is what is known as a black hole (Moore 57). To escape the gravitational pull of a black hole would take something moving faster than the speed of light. Since even light is sucked into the black hole;...

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• Has Bibliography
• Grade Level: High School

... poetry. His work at this time dealt with molecules, and how their motion affected temperature, but he is most well known for his Special Theory of Relativity which tackled motion and the speed of light. Perhaps the most important part of his discoveries was the equation: E= mc2. After publishing these theories Einstein was promoted at his office. He remained at the Patents Office for another ... two years, but his name was becoming too big among the scientific community. In 1908, Einstein began teaching party time at the University of Berne, and the following ... by the government, and...

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• Grade Level: High School

... world wide recognition. "His first paper was The Special Theory of Relativity which dealt with the relativistic attribute of motion, time and space- (Candee 178). This theory influenced the space program. His second Theory was The Quantum Law of the Emission and Absorption of Light where energy could exist in form of little packets or quantas (Candee 179). This theory later developed ... the atomic bomb and brought him the Nobel Prize in Physics in 1921 (Thomas 3). "His third theory entitled Theory of Brownian Movement gave a mathematical formula predicting the path distance and relative...

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• Grade Level: High School

... his footsteps, also discovered that the experimental results of their studies of various phenomena, perfectly complemented Newton's theoretical formulations. In the twentieth century, scientists have shown, however, that Newtonian laws do not pertain to forces that influence small particles, such as atoms and electrons, in bodies moving at very high speeds that approximate the speed of light (3108 meters per second). Nevertheless, Newton's ... laws provide a very accurate scientific framework for analyzing the results of experiments dealing with bodies and velocities related to daily lif...

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• Grade Level: High School

... role in the theories on a beginning. I planned on learning the difference in what an infinite universe would have compared to a finite universe when composing theories, although the thought of an infinite universe still baffles me. From all this research I wanted to be able to understand why Stephen Hawking's theory has been the most widely accepted. I also was interested ... earned his doctorate in 1966 in the field of Cosmology. In the years soon after graduating from Cambridge Hawking concentrated his works around black holes (Donaldson 4). He was the first to discover that small amo...

• Word Count: 2270
• Approx Pages: 9
• Grade Level: High School