Is Racism the Result of Ignorance Essays

Is Racism the Result of Ignorance Essays Is Racism the Result of Ignorance Paper Is Racism the Result of Ignorance Paper The Oxford English Dictionary describes racism as the belief that all members of a racial group possess the characteristics, therefore rendering it possible to determine whether it is either inferior or superior to other races. Racism has been around since the dawn of mankind, and caused many genocides (most notably the Holocaust, however less well known was the Armenian Massacre during and after the First World War), apartheids (in South Africa and also in the USA) as well as making some people to ask the question What causes Racism and unhappiness between people of different ethnic backgrounds? Many believe the cause is in fact Ignorance and little understanding of other cultures, however, many believe it is much more complex, and there are more than one reasons. This essay shall attempt to ultimately answer the question Is Racism the Result of Ignorance? To understand what causes racism, one must know what the different types of racism are, as well as their effects. Unfortunately for the reader, there are many effects and types of racism that simply cannot be summarised completely, however we shall study the main types of racism, and what effect they have on certain if not all ethnic groups. One of the main types is Institutional or State Racism. This means that the government, the state, or perhaps even educational institutions cause racial discrimination on a large scale, with the ability to influence individuals, and cause them to act in a certain way, whether it be protesting against it, or also discriminating against others because they believe in the cause. For example, if a school only accepted white children, Asians and Latin Americans, but not Black students, this could be seen as a form of institutional racism. The effects are quite obvious in this case, the disallowed families would perhaps form a demonstration against the institution, with or in some cases without result. Another example which is much more famous is Britains monitoring of people from an Islamic background. The protests in this case would be much larger, as it would seem that the State generally believes that most Muslims are terrorists, or at least a large amount. This can be linked to the theme of Islamophobia (the belief that many, or all Muslims are in some kind of terrorist organisation. This word was coined after the 9/11 attacks on the Twin Towers in 2001. Although Muslim Extremists probably performed the attacks, the reaction was foolish. Many scholars see this as a result of ignorance, however we shall refer back to this in the conclusion). Another type of racism is racial or ethnic discrimination. This could also be on a large scale and often is, however this type tends not to be organised by a group. Rather, it is just showing prejudice against other ethnic groups, and treating them differently (not necessarily badly). The effects are a little more complex. Some may indeed also protest, however many others would simply do nothing. While in Institutional Racism, the aim of a protest is to mainly effect the view of a government and also influence individuals, anti-racial discrimination demonstrations are mainly aimed at changing the general view of the public, not as much the government. Another form of racism is Historical Economic Racism or Social Disparity. This means that some individuals are prejudiced towards other races as a consequence of historical events. For example some English believe Germans to still be Nazis, even after 65 years since the end of the Second World War. This is also linked to the idea that ignorance causes racism, and also Nationalism. This means that one group of people (in this case the English) believe they are superior to all other races. For example 69 years ago Hitler corrupted the minds of many, leading them to believe they were the Aryan race (the ultimate race). Many British dont know that the Nazis admired British because they saw them as strong, however this would do little to hinder their view on Germans. This is a brilliant example of ignorance causing racism. Many see racism as a result of ignorance, however personally, I believe it is much more complex, with more reasons. Racism has been present throughout our species history. The idea that anything different may indeed be a threat, is in our genetic code, and is present in all animals. For example, a dog protects its property from foxes, and is willing to attack them if they enter. However in modern society, this idea is known as Xenophobia. A prime example of this in popular use throughout the world (mainly the Western World) is Islamophobia. Many do act in a racist manner as a result of ignorance, however this arises a new question: What about the racists that were well educated? Another cause of racism is intolerance. Another is close-mindedness. As one can see, there are so many reasons, and so many different views that one certain definition of the cause is impossible to coin. It is truly up to the individual to make his or her own judgement.

Biography of Fred Hoyle, British Astronomer

Biography of Fred Hoyle, British Astronomer The science of astronomy features many colorful characters throughout its history, and Sir Fred Hoyle FRS was among them. He is best known for coining the term Big Bang for the event that birthed the universe. Ironically, he was not a big supporter of the theory of the Big Bang and spent much of his career formulating the theory of stellar nucleosynthesis- the process by which elements heavier than hydrogen and helium are created inside stars. The Early Years Fred Hoyle was born on the 24th of June, 1915 to Ben and Mable Pickard Hoyle. Both his parents were musically inclined and worked various jobs during their lives. They lived in the small town of West Riding, in Yorkshire, England. Young Fred attended school at Bingley Grammar School and eventually moved on to Emmanual College at Cambridge, where he studied mathematics. He married Barbara Clark in 1939, and they had two children. With the onset of war in the 1940s, Hoyle worked on various projects that benefitted the war effort. In particular, he worked on radar technology. During his work for the British Admiralty, Hoyle continued to study cosmology and made trips to the United States to meet with astronomers. Creating the Theory of Elements in Stars During one of his astronomy tours, Hoyle became acquainted with the idea of supernova explosions, which are catastrophic events that end the lives of massive stars. It is in such events that some of the heavier elements (such as plutonium and others) are created. Yet, he was also intrigued by processes inside ordinary stars  (such as the Sun) and began looking at ways to explain how such elements as carbon could be created inside those. After the war, Hoyle returned to Cambridge as a lecturer at St. Johns College to continue his work. There, he formed a research group focused specifically on stellar nucleosynthesis topics, including the formation of elements inside all types of stars. Hoyle, along with colleagues William Alfred Fowler, Margaret Burbidge, and Geoffrey Burbidge, eventually worked out the basic processes to explain how stars synthesize heavier elements in their cores (and, in the case of supernovae, how catastrophic explosions played a role in the creation  of very heavy elements). He stayed at Cambridge until the early 1970s, becoming one of the worlds foremost astronomers due to his work on stellar nucleosynthesis. Fred Hoyle and the Big Bang Theory Although Fred Hoyle is often credited with the name Big Bang, he was an active opponent of the idea that the universe had a specific beginning. That theory was proposed by astronomer Georges Lemaitre. Instead, Hoyle preferred the steady state universe, where the density of the universe is constant and matter is constantly being created. The Big Bang, by comparison, suggests that the universe began in one event some 13.8 billion years ago. At that time, all matter was created and the expansion of the universe began. The Big Bang name he used came from an interview on the BBC, where he was explaining the difference between the explosive nature of the Big Bang versus the steady state theory he favored. The Steady State theory is no longer taken seriously, but it was vigorously debated for years. Later Years and Controversies After Fred Hoyle retired from Cambridge, he turned to science popularization and writing science fiction. He served on the planning board for one of the most famous telescopes in the world, the four-meter-wide Anglo-Australian telescope in Australia. Hoyle also became a staunch opponent of the idea that life began on Earth. Instead, he suggested it came from space. This theory, called panspermia, says that the seeds of life on our planet may have been delivered by comets. In later years, Hoyle and colleague Chandra Wickramasinghe advanced the idea that flu pandemics could have been brought to Earth in this way. These ideas werent very popular and Hoyle paid the price for advancing them. In 1983, Fowler and astronomer and astrophysicist Subrahmanyan Chandrasekhar were awarded the Nobel Prize in Physics for their work on the stellar nucleosynthesis theories. Hoyle was left out of the prize, even though he was an important pioneer in the subject. Theres been much speculation that Hoyles treatment of colleagues and his later interest in alien life forms may have given the Nobel Committee an excuse to omit his name from the prize. Fred Hoyle spent his last years writing books, giving speeches, and hiking on the moors near his final home in Englands Lake District. After a particularly nasty fall in 1997, his health declined and he died after a series of strokes on August 20, 2001. Awards and Publications Fred Hoyle was made a fellow of the Royal Society in 1957. He won several medals and prizes over the years, including the Mayhew Prize, the Crafoord Prize from the Royal Swedish Academy of Sciences, the Royal Medal, and the Klumpke-Roberts Award. Asteroid 8077 Hoyle is named in his honor, and he was made a knight in 1972. Hoyle wrote many science books for public consumption, in addition to his scholarly publications. His best-known science fiction book was The Black Cloud (written in 1957). He went on to author another 18 titles, some with his son Geoffrey Hoyle. Fred Hoyle Fast Facts Full Name: Sir Fred Hoyle (FRS)Occupation: AstronomerBorn: June 24, 1915Parents: Ben Hoyle and Mabel PickardDied: August 20, 2001Education: Emmanuel College, CambridgeKey Discoveries: theories of stellar nucleosynthesis, the triple-alpha process (inside stars), came up with the term Big BangKey Publication: Synthesis of Elements in Stars, Burbidge, E.M., Burbidge, G.M. Fowler, W.A., Hoyle, F. (1957), Reviews of Modern PhysicsSpouses Name: Barbara ClarkChildren: Geoffrey Hoyle, Elizabeth ButlerResearch Area: astronomy and astrophysics Sources Mitton, S. Fred Hoyle: A Life in Science, 2011, Cambridge University Press. â€Å"FRED HOYLE.† Karl Schwarzschild - Important Scientists - The Physics of the Universe, www.physicsoftheuniverse.com/scientists_hoyle.html. â€Å"Fred Hoyle (1915 - 2001).† Careers in Astronomy | American Astronomical Society, aas.org/obituaries/fred-hoyle-1915-2001. â€Å"Professor Sir Fred Hoyle.† The Telegraph, Telegraph Media Group, 22 Aug. 2001, www.telegraph.co.uk/news/obituaries/1338125/Professor-Sir-Fred-Hoyle.html.