Abstract
This paper presents a brief biography and discussion of the family, genetic, and social influences on Stephen Hawking's psychoemotional development and adjustment. Two personality theories were examined to explain his success in life.

From the Paper
"The famous person selected for this analysis is a man who left his wife of ... years and took off with a younger women. The younger woman was his nurse and the wife he left had been having a long affair with a family friend, justifying her behavior on the grounds that her husband's disease, amyotrophic lateral sclerosis or ALS, was wasting away his body, making him unattractive and any desire she did feel for him seem 'unnatural'."

Tags:development and personality, Stephen Hawking

Abstract
The paper presents a letter to Stephen Hawking about his disease, amyotrophic lateral sclerosis (ALS), also called Lou Gehrig's Disease.

From the Paper
"Dear Stephen Hawking, I am taking this opportunity to present to you information about your disease, amyotrophic lateral sclerosis (ALS). I will begin with an introduction to the pathophysiology of the disease and then discuss new advances in research concerning this pathophysiology. I will present new research from this decade and new treatments and approaches to care of this disease. The pathophysiology of amyotrophic lateral sclerosis (ALS), also called Lou Gehrig's Disease, includes a progressive neurodegenerative process that involves the nerve cells located in the brain and in the spinal..."

Tags:Letter, to, Stephen, Hawking

Abstract
This paper discusses Stephen Hawking's book, "A Brief History of Time: From the Big Bang to Black Holes." It describes some of the concepts that Hawking discusses in his book, such as his allusions to God and his discussions on the "classical" and the "quantum" theory of gravity. The paper also briefly describes Hawking's physical and personal challenges in life.

From the Paper
"Hawking discusses the "classical" and the "quantum" theory of gravity, in a way that makes sense to the average non-science-focused person. The "classical" theory of gravity (based on "real space-time") offers only two ways the universe can behave, Hawking writes (135): either the universe has been around "for an infinite time," or otherwise it has had "...a beginning at a singularity at some finite time in the past." As to the "quantum" gravity theory there is a third possibility in terms of a definition. That is, space-time could possibly be "finite in extent and yet...have no singularities that formed a boundary or edge." In other words, the surface of the earth is indeed finite, we can walk on it and build on it; but it has no "edge" so if you go sailing off "into the sunset, you don't fall off the edge or run into a singularity," he continues. And he adds some humor to his explanation, as he often does in this book: "I know," he says, adding to the concept of not falling off the edge of the earth, "...Because I have been round the world!""

Tags:infinite, quantum, gravity, space

From the Paper
" One of the foremost theoretical physicists, of our time, is Stephen W. Hawking. He states, in the acknowledgments of his book, A Brief History of Time: From the Big Bang to Black Holes, that the purpose of this book is to describe the "basic ideas about the origin and the fate of the universe . . . in a form that people without a scientific education can understand" (vi). Stephen Hawking does not give a clear thesis statement for this book. An implied thesis of this book would be that humans have always sought to understand how the universe was created and works; with continued development of the Grand Unified Theory (GUT), complete understanding begins to be possible. He poses the age old questions of: "Where did the universe come from, and where is it going? Did the universe have a beginning . . . what happened before then?" (1). Breakthroughs in physics and.."

Abstract
In the world of science and history there are few great names that can match the name of Stephen William Hawking. Hawking is perhaps one of the best known physicist and mathematicians in history, or at least in modern times. This paper presents a close examination of the life and works of Stephen William Hawking. The writer explores his childhood to help determine how he became what he is today. The writer then examines his adult life, his works and his contributions to the world, as well as some of his more better-known theories and ideas.

From the Paper
"Another difference between Hawking and many other scientists throughout the world is that he understands the world's need for laymen terms. Many scientists are reported to be so scientific and mathematically based that their works and words are boring and over the head of everyone but other scientists. Hawking understands the average person is not going to take time to dissect scientific jargon and he put together a book that explains many of the most mind boggling ideas in history in terms that can be understood by the non scientist."

Tags:voice, synthesizer, universe, Big, Bang, black, holes

Abstract
This paper discusses how Hawking succeeds in introducing the average layperson to the physical principles of the material universe. It offers examples from the book to further qualify and express this point.

From the Paper
"Hawking also tries to make his theories funny and relevant to every day life today, as well as introduce speculations of what will happen to the universe, long after his text's first readership has passed into eternity. Hawking even mentions the effect of airline food on human life expectancy, a sobering thing to reflect upon for one who engages in as much air travel as Hawking! But there are also more serious, vital references to how understanding physics can impact human life on earth in the relative short term as well as in space and far into the future. Hawking describes how statistical evidence points to the physical limits of population growth and electricity being reached on earth by the year 2600. But by applying the same statistical principles to knowledge as to population growth, to take a more comforting view of things, predicted human knowledge of how to preserve energy reserves could potentially carry the human race forward, faster to possibly attain solutions to this problem of geometric physical expansion."

Tags:physics, principles, introduction, literature

Abstract
This paper explains that going back in time to visit historical times in real life may sound like the work of an H.G. Wells novel, but physicists are getting surprisingly closer to actually being able to travel in time, as demonstrated by the theory of relativity, light speed, paradox theories, and the work of modern scientists as they search for the secrets to the 4th dimension. The author points out that Dr. Stephen Hawking's theory and the recent discovery of black holes show the potential for an area where the laws of relativity may not exist. The paper relates that Dr. Ronald Mallett at the University of Connecticut has developed an idea that present-day people can communicate with the past by sending electrical particles through a spiral series of laser beams to accelerate them to the speed of light.

Table of Contents
Introduction
What Is Time Travel?
The Fourth Dimension?
Time and Space
Theories Past and Present
What Is Matter?
Applicable Relativity Theory
We Cannot Get There from Here
Modern Research of Time Travel
Newton
Einstein
Stephen Hawking
Paradox Theories
Time Travel Mutual Fund
Conclusion

From the Paper
"The Theory of Relativity states that fundamentally our ideas of space and time. We must accept that time if not completely separate from and independent of space, but is combined with it to form an object called space-time. Newton developed laws of motion that until Einstein were not contested. Einstein expanded this law in his special theory of relativity, which states that mass increases as speed approaches the speed of light. We must remember that the more mass we have the larger that mass will become as light speed is reached. The speed of light and time space is closely related. It has been said that light speed is the key to time travel. At this time the theory of relativity limits our ability to move mass at the speed of light, but as I will explain, there are current theories that will allow moving electrical energy in the form of data back in time."

Tags:wells, hawking, einstein, mallet, laser

Abstract
This paper is an in-depth treatise on the subject of black holes (it does not contain any sophisticated math). A black hole is a region of space where matters collapses in upon itself toward an infinite density, thereby endlessly increasing its mass and gravitational pull. It details the evidence for their existence both theoretical and empirical and describes the debates concerning their fundamental nature (how they warp time and gravity). It evaluates theories by Einstein and Stephen Hawking as well as related phenomenon such as white holes and wormholes.

From the Paper
"Man has always looked into the heavens and questioned the nature of the universe around him. Through the science of physics he has created such seemingly basic and ubiquitous concepts as time, mass, weight, and gravity. Held to be absolutes, these conceptual building blocks allow him to define, categorize, and relate the objects he discovers in the vastness of space. And without argument, his definitions and equations intercalating these abstractions hold true - except in one specific locus of space. A region of mystery possessing infinite depth yet of finite size, detectable in space yet emitting no electromagnetic radiation, an enigma of nature that beckons to be resolved. An entity first described as a "frozen star" but then later dubbed a "black hole" by John Archibald Wheeler. What is this black hole?"

Tags:astronomy, einstein, hawking, physics, relativity, space, stars, whitehole, wormhole

Abstract
This essay considers the Western perception of a Divine Creator, from both a religious and philosophical outlook. The paper first examines God from a Christian viewpoint, stating the requirements of a believer and the characteristics of God. Next, the essay analyzes several Western philosophers' concepts of God, including those of Friedrich Nietzsche, David Hume, Albert Einstein, Bertrand Russell, and many other post-relativity scientific philosophers like Stephen Hawking. The author then discusses the difficulties Western individuals may have with the cultural definition of God. The paper concludes, however, citing the benefits of belief in a creator.

From the Paper
"Very generally, Christian religions require unquestioned loyalty to an eternal, loving, and just God, who is fundamentally of Good "character." The Christian God rewards good behavior and also punishes for sinful human conduct. God rewards (and punishes) both in life as well as in the afterlife. Many believe that God appreciates (indeed, demands) our personal allegiance even more than our good conduct toward our human contemporaries, and that, unlike the former, our shortcomings with respect to the latter are unforgivable. According to Christian religious beliefs, God forgives all earthly sins of those who believe in him and rewards them with eternal life in Heaven after death. Conversely, no good deed on earth is sufficient to avoid eternal damnation in Hell for those who do not accept God, Christ, and the Holy Ghost."

Tags:Divine, Christianity, religious, philosophy

Abstract
This paper presents a philosophical and scientific discussion about the origins of the universe. Additionally ,it discusses humanity's role in both understanding creation and our place in defining the directions earth's societies take. First, the paper examines what is known to scientists about how the creation of the universe, namely the Big Bang Theory. It also explores the concept of singularities and black holes. These ideas are then applied to a philosophical discourse on humanity, freewill and fate. The paper summarizes by stating that free will is only an illusion.

From the Paper
"After the initial appearance of the singularities--it seems that it inflated, expanded and cooled, going from very, very small and very, very hot, to the size and temperature of our current universe. There were three British astrophysicists, namely, Steven Hawking, George Ellis, and Roger Penrose turned their attention to the Theory of Relativity and its implications regarding our notions of time and in 1968 and 1970, they published papers that they extended Einstein's Theory of General Relativity to include measurements of time and space--according to their calculations, time and space had a finite beginning that corresponded to the origin of matter and energy;" and the singularity didn't appear in space; rather, space began inside of the singularity but prior to the singularity, nothing existed, not space, time, matter, or energy - nothing..."

Tags:singularities, Big Bang theory, Carl Sagan, Stephen Hawking