Stephen Hawking Research Paper

Stephen Hawkings was from Hampshire, England. He was baptized on April 30, 1581 at Upper Clatford, Hampshire. He was the son of John and Elizabeth (nee Williams) Hopkins. He was married twice during his life, to Mary (surname unknown) and Elizabeth Fisher. Between the two of his wives Stephen had ten children. He died in 1644, where he was buried next to his wife.

Few minds of this century have had an impact like that of Stephen Hawking. His discoveries and work have expanded the forefront of knowledge with a likeness to that of Einstein and Newton. Despite the clear adversity Hawking has faced, his achievements have been nothing shore of extraordinary. His work on the understanding of space, time, and the origins of the universe has set the golden standard for theories on the universes beginnings and mysteries, proving a staple teaching of modern education which we may take for granted.

For years black holes have been the work of science fiction, but a new development says that black holes are not just a mere myth, but that they lurk in the darkness in space. Black holes do exist because we have observed them, scientists have tested them, and they are remnants of giant stars. Black holes are a section of space where the mass of several billion of our sun's (depending on the size of the star) is crushed into a very small section. This causes the gravity to be so strong, even light cannot escape. This means that there is no reflected light, hence the name “Black Holes.”

It’s so boring”. Those were the last words of Feynman before he sadly passed away on February 15, 1988. A little over a year before his death, Feynman developed two rare types of cancer. The first type of cancer Feynman developed was Liposarcoma. Liposarcoma is a cancer that arises in fat cells in deep tissues. The second was Waldenstroms Macroglobulinemia which effects white blood cells, specifically B cells. Feynman’s last big wish was to visit the land of Tuva in Russia. Unfortunately, due to the Cold War, a visit to Russia was proven to be quite problematic. Feynman would not receive permission for the visit from Russia until after his passing. Soon after his death, his daughter would go on to make the trip to Russia in honor of her late father’s dying wish. When word got out about the passing of Feynman it sent a shockwave across the nation and the world. Feynman had grown to be a very famous icon and a renowned physicist, speaker, and teacher. Feynman was someone who could

One of the most interesting things that can happen in space is a black hole. A black hole can almost be described as a vacuum. It is a spot in space where gravity is constantly pulling materials into it. The gravity is so strong that light is not even able to escape from the black hole. The reason why the gravity of a black hole is so strong is because all of its matter has been squeezed into a tiny space. This happens when a star starts to die. People cannot see black holes because light cannot escape. Black holes are invisible in space. Astronomers have developed space telescopes with special tools that can help locate black holes in space. These tools are able to see how stars that are very close to black holes react differently than stars

Was known for stories such as I,Robot, and Caves of Steel. He lived in New York most of his life in a middle class family which was uncommon due to the fat that he was an immigrant. His father a candy store owner was for the most part a successful store.

The theory of cosmological natural selection implies that black holes are essentially the gateways to newly created universes. The concept of quantum gravity is not well understood yet, but it has been theorized that strange effects happen as matter approaches the singularity of a black hole. Some have speculated that matter may actually expand instead of collapse in the center of a black hole. Black holes are the starting point for an expanding region of spacetime from that point. This effect is called “bouncing.” The powerful effects created from the black hole allow matter to bounce through the singularity and begin to form a new universe. When a star collapses to form a black hole, the matter that is inside the horizon eventually “bounces out of the universe” as it reaches the singularity.

Stephen Hawking's birth on the 8th January 1942, came at a time when his parents did not have much money. As the situation was rather tense during this point in time, with the Germans bombing England, Isobel returned to Oxford to give birth to her first born, Stephen. They went on to have two other children, Mary (1943) and Philippa (1947). They also adopted a son named Edward in 1956.

At the time of his diagnosis, he was given only two years to live. Despite the odds, Hawking went on to live another 56 years, shattering records and the expectations of doctors worldwide. After graduating from Oxford, Hawking went on to study cosmology at the University of Cambridge. It was there that he met his first wife, Jane Wilde. Wilde provided great support and encouragement for Hawking, and he expressed it openly after their engagement: “Getting engaged lifted my spirits and I realised, if we were going to get married, I had to do a job and finish my PhD. I began to work hard and I enjoyed it.” Following his engagement, Hawking began graduate studies in cosmology, later receiving his PhD in the field. During this time, Hawking produced some of the most crucial studies and research that are now central to modern astrophysics and cosmology today. He is most known for his research on black holes and spacetime, which still shapes physics today. Easily the most famous and recognizable of his works is the book A Brief History of Time, released in

This shows that with his disability, Hawking is still able to affect how scientists look at the universe. Along with his intelligence Hawking’s personality allows him to leave a lasting impression on people. As some people would describe him as a diamond hard determination and witty personality, makes him overcome peoples’ criticism. Like his daughter Lucy Hawking says “ I’m not as stubborn as him… I don't think I have quite his strength of mind” (Uehling).

Did you know that black holes are invisible? “A black hole is a region in space where the pulling force of gravity is so strong that light is not able to escape.” (Dunbar) Even though there are special telescopes that help see black holes they are still shrouded in mystery. There are several mysteries about black holes but some things we know are how they are formed, why large stars collapse onto themselves to create black holes, and how they grow.

Relativity : From Einstein to Black Holes explores Einstein’s work on creating his theory of relativity, radioastronomy, cosmology and field theory based on Einsteins theory and is aimed to help others understand Einsteins theories. The book explains how Einstein was influenced by other scientist work on relativity and why Einstein created his theory of relativity. The theory of relativity itself is about how the laws of physics are the same for all non-accelerating viewers and that the speed of light in a

For example, when Stephen is diagnosed with having motor neuron disease, later being known as ALS, he has trouble accepting it, as well as not wanting to continue his research. Yet, one of the reasons that allow him to continue is when Jane confesses his love to him and helps him to continue his research. To support this an important part of the film is when Stephen is attending an Opera performance where he attracts pneumonia that causes him to have a tracheotomy, this lead him to be unable to speak. Stephen later receives a computer that has a built-in voice synthesizer which leads him to write his book, A Brief History of Time. This portion of the film shows how technology and possibilities are available in in the United Kingdom, as well as it how a great physicist changed the way society thought about the universe. This film captures the life of Stephen Hawking and how he achieved his

When I was a freshman in high school, my oldest sister gave me a book named “The Black Hole War” by Leonard Susskind. The primary focus of the book was how matter behaved near and inside black holes, as well as on the quantum level. As a child with a craving to understand astronomy and chemistry, I loved the book greatly. But now, looking back on it, it occurs to me how important the argumentative portion of the book was, for then I only looked for what information was to be gained, but now I see how it was gained. It was the clash of thoughts that gave way to the new information. The arguing of faults in opinions. When the faults are eliminated, the truth, no matter how small, is all that

Black holes, complex and difficult to understand, have intrigued both scientists and physicists alike since the eighteenth century. French scientist Pierre-Simon Laplace, born in 1749, was one of the first scientists to argue for the existence of an unexplainable body that encompasses an endless amount of space . Following Laplace, John Archibald Wheeler, an American physicist born in 1911, coined the term “black hole” for a space entity that is “so compact (in other words, has enough mass in a small enough volume) that its gravitational force is strong enough to prevent light” and all other matter from fleeing its body (What Is a Black Hole?). Black holes, therefore, are masses that have a gravitational force so great that they attract