Atomic Bomb example essay topic

It is important to carefully examine history in order to learn from previous mistakes, and also to ensure that the same mistakes are not repeated. The Manhattan project is an excellent example. This program allowed the United States to unleash the power of the atom, thus, introducing a new and devastating element into warfare. Although they managed to come in first in the race with Germany, the U.S. bears the responsibility of having introduced the atomic bomb, and have the blood on their hands from the use of it. It is obvious that the U.S. reaped the benefits by introducing the bomb, because no one else had the chance to use it on them. However, it is imperative to realize that when they dropped the bomb they became hypocrites.

They did not want it used on them, but were eager to use it on another country. Actually, the U.S. had trouble deciding who to use it on. However, when a target was selected, the results were devastating. There were 170,000 people killed in Hiroshima alone and in Nagasaki, estimates say, nearly 70,000 died. After the bomb was dropped, the resulting radiation killed nearly 70,000 people.

The Manhattan Project and the use of the atomic bomb were unfortunate products of a scientific breakthrough and a frantic race; which resulted in a revolution in warfare. The Manhattan Project originated from the Army Corps of Engineers, this division was originally named the Manhattan District. The later name, The Manhattan Project, encompassed the district, the scientific, the governmental and the strategic aspects (4: 9). In 1941 President Roosevelt and several American scientists began work on the project (1: 1). The bomb was never to as the 'atomic bomb' it was referred to as 'a new weapon of unusual destructive force' (13: 74). The main hub of activity for this project was in New Mexico, the program lasted from 1942 to 1946.

The total cost was nearly 2 billion dollars (1: 3). Another important aspect to this program was the secrecy involved. It was said that 'loose lips sink ships' (13: 37). According to Roosevelt the only people who knew about the program at it's conception were Vice President Wallace, the Speaker of the House, the Democratic Leader of the Senate Mr. Barkley, and the Chairman of the Appropriations Committee for the House and Senate (11: 27). As time went on it was still kept very quiet, most cabinet members and even more congressmen did not know about it (1: 3). In fact, the money had to be smuggled into the War Department budget (1: 3).

Roosevelt eventually told Stalin about the project, he said, ' I casually mentioned it to Stalin that we had a new weapon of unusual destructive force. The Russian Premier showed no special interest. All he said was that he was glad to hear it and he hoped we would make good use of it against the Japanese (13: 75). ' All of this secrecy contributed to the success of the program and the bombing of Japan. The most challenging part of this project was not smuggling the money into the budget or maintaining secrecy, it was devising a way to obtain enough Uranium and Plutonium to create the bombs (11: 27). Roosevelt established a committee in October of 1939 in an attempt to locate sources of the elements.

Alfred Nier began to study isotopes of Uranium, he was also the first to discover the U-235 content in natural Uranium. The next step in this process was to determine whether it was the U-235 or the U-238 isotope of Uranium that would enable them to create the bomb (4: 190). Uranium contained only 1% U-235, while the other 90% of Uranium ore was composed of U-238. As luck would have it, they discovered that it was only the U-235 that could be used to create the bomb.

Once these isotopes had been discovered, it was time to begin separation. There were several ways to go about this. The first was to use magnetic separation. This was made possible by Ernest O. Lawrence who invented the Cyclotron. The process occurs 'when a Uranium Tetrachloride mixture is electrically charged'. 'It is then passed through a magnet on 180 degree arc (4: 10).

' The lighter U-235 passes through and collects. The heavier U-238 would simply pass through. Yet, due to delays and flaws this process was phased out. The next method was created by General Leslie Groves. He constructed a Uranium separation plant in Tennessee.

This plant used gaseous diffusion. It separated the two is topes from each other. The process requires that uranium ore be sprayed with fluorine; which in turn forms Uranium Hexafluoride gas. It is then injected through filters with fine matrices, which allowed the lighter U-235 to pass through faster. This was determined to be an excellent and very effective method of U-235 collection. The final method was quickly abandoned.

It was to use a, a high speed spinning device, to separate the U-235 isotope from the U-238 isotope. Unfortunately, the race with Germany would not allow further testing of this process, so it was thrown out (4: 10). Another breakthrough occurred when in 1941, Glen Seaborg discovered Plutonium. He observed that the isotope P-238 was amazingly more unstable than the isotope he had discovered. He soon realized that this isotope would be perfect for the fission reaction that was necessary to create the bomb (4: 10). Enrico Fermi joined the effort and he created a reactor to aid in successfully manufacturing a controllable chain reaction.

This model quickly became prototype for five reactors that would be built. Thus, it paved the way for the creation of the 'Fat Man' (4: 10). The next vital part of creating an atomic bomb is fission. Fission is defined as the splitting of an atom. In further detail, it is a nuclear reaction which causes the atom to split into pieces of near equal mass. The approximate energy yeld is 100 million units.

This is what causes the blast. (4: 199) The physicists who fled Europe due to Hitler joined the United States' cause. They were the first to successfully split a Uranium atom. This occurred in 1938 at the Kaiser Wilhelm Institute in Berlin (4: 9-10). From all of these experiments two types of bombs were created. 'Fat Man' was an implosion bomb composed of plutonium (13: 13).

The second bomb created, 'Little Boy', was a 'gun type' Uranium bomb (11: 63). Both bombs were ready in mid July (11: 174,254). Yet still more tests remained. According to Oppenheimer's report, '... bomb material itself lethal enough for a billion deadly doses... the weapon would give off radioactivity... bomb was set to explode in the air... [would deposit] a large fraction of either initial radioactive material or the radioactive products in the immediate vicinity of the target; but the radiation... will of course, have an effect on exposed personnel in the target area (1: 5).

' He went on to state that it was unpredictable as to what would happen to the radioactive material. His assumptions were: 'It could stay for hours in a cloud above the place of detonation. If the bomb exploded during rain or high humidity and thus caused rain most of the active material will be brought down in the vicinity of the target area (1: 5). ' To confirm or disprove these assumptions, they decided to test a bomb. Trinity Test Site was chosen.

The time selected was four in the morning, on July 16. However, it began to rain and had to be postponed until 5: 30. At around 4: 45 the weather began clearing and final orders for detonation at 5: 30 were given (11: 194-195). When the countdown began, machines took over at minus 45 seconds (11: 196). There was no turning back now, the moment of truth was soon arriving.

It is through eye witness accounts that these stories are told. Mr. Kistiakowski stated that, ' All of a sudden the entire desert for miles and miles, and the mountains, about ten miles away, were lighted with an intensity the like of which one had never seen before. I was partially blinded. ' He continues, ' When my sight returned, the whole atmosphere was showered with a violet light... At that time we didn't know what was happening... and then a long time afterward, about ten minutes or so, the blast wave traveled six or seven miles and hit me... throwing me to the ground (11: 196). ' Mr. Horning tells his account in a more emotional way, ' The fire ball was already beginning to turn in the sky...

I was completely entranced by the spectacle. Aside from being tremendous it was the most aesthetically beautiful thing I have ever seen. Tremendous billows and colors would unfold from the interior of the cloud. It would darken in places and open in a new burst of luminous gas that came to the surface... I just stood there completely captured (11: 197).

' The final account comes from Mr. Oppenheimer, it is rather sentimental, ' We waited until the last had passed, walked out of the shelter and then it was extremely solemn. We knew the world would not be the same. A few people laughed, a few people cried. Most people were silent. I remembered the line from the Hindu scripture.

The Bag a Gita: Vins hu is trying to persuade the Prince that he should do his duty an to impress him he takes his multi-armed form and says,' Now I am become death, destroyer of worlds.. ' I suppose we all thought that one way or another. There was a great deal of solemn talk that this was the end of the great wars of the century (11: 197). ' Perhaps it is better to in vision it this way, through someone's eyes, the devastation and power suddenly becomes real. The final step in this process is to use the bomb. Selecting a target was not an easy ordeal.

As is common, a committee was formed. It was composed of Groves, Army and Air Force men, Gen. Laur is Nor stad, and scientists such as John Von Neumann. The new outlook on war was to kill as many civilians as possible. They decided that they would choose large urban areas that were not less than three miles in diameter. On April 27, four cities were named: Hiroshima, Yawata, Yokohama and Tokyo (1: 4). There were seventeen other possible cities, among them were, Kawasaki, Tokyo Bay, Kyoto, and Nagasaki (1: 5).

Although, the original target had been Germany, but Roosevelt and Churchill had decided it would be more effective if used on Japan (1: 2). During the third meeting, it was decided that the three targets should be Hiroshima, Kyoto, and Nagata (1: 5). However, upon further consideration, Kyoto was spared due to the relics that are held in that city (1: 9). At the last meeting the final cities were chosen. THey were Hiroshima and Nagasaki.

Neither city was 'purely military' and were bombed mainly due to population and projected effect. Truman never doubted whether the bomb would be used or not (1: 3). There was so much bureaucratic force driving this operation that it was never questioned. The first bomb was dropped on August 6, 1945 by the Enola Gay. Hiroshima was the unfortunate recipient (7: 71), the death toll totaled around 200,000. The second bombing, which from nearly all evidence seems to be unjustified, occurred August 9, 1945 at 11: 00 a.m.

Nagasaki was the target this time (3: 1). The bomb missed the target though, only 70,000 were killed this time. The cable that Truman received from Stimson read, 'Operated this morning. Diagnosis not yet complete, but results seem satisfactory (13: 73).

' There were many alternatives that could have been used, but weren't and the result was thousands dead. It was a brutal, almost unjustifiable. The blood is on American hands and cannot be washed off. Not only were nearly 300,000 civilians murdered, a lasting impact was made on the world and our reputation. America began the atomic age and is still paying the price for it today, everyday. New advances in technology have made weapons of mass destruction easily obtainable, and by the wrong people.

If America had refused to allow the bomb to be developed, the world would be a much different place, and a much better place. It was a frantic race with Germany, and 'American lives had to be saved'. The rest of the world was an afterthought. War continues, and so does the struggle. The blood and burden is on American hands forever.