Jp Morgan Biography

Tesla and Edison did not get along; they had different concepts of how to transmit energy. Edison used direct current, but Howard 2 it was inferior to Tesla’s alternating current. Direct current could not be transmitted very far and needed more power stations, while alternating current could go further, was stronger and able to power electronics more efficiently. They soon were involved in what became known as “The War of the Currents”. They fought to get funding for their inventions and for their energy source to be used nationwide.

Tesla won the war over energy because Edison’s direct current died out and became obsolete. However, Edison remained a powerhouse, creating a multitude of patents; meanwhile, Tesla started many projects, but many failed, and he was forced to file for bankruptcy. Also, Nikola Tesla suffered from a mental breakdown during his career and had to temporarily stop working. When Tesla returned, he was never the same. His ideas became more and more crazy and impractical. Meanwhile, Edison remained active, working for the government, but at a slower pace than in his youth. Edison dies in 1931; Tesla passed in

The success done by Thomas Edison lined up the competitor, who were shocked by the great invention of Thomas Edison. The biggest competitor to Thomas Edison Company was George Westinghouse and his company which patented a new technique to deliver electrical power through long distances. George Westinghouse noticed that Edison low voltage DC motors were not able to transmit the electrical power effectively for more than half a mile [1]. The efficiency of DC generators was not effective to transmit the electric power to long distances because of the high impedance and the resistivity of the wires. In 1982, one of the world's true eccentric geniuses, Nicola Tesla, traveled from Austria to solve the problem of the DC generators by using AC motor design. However,

Everything happens when the Great Depression hit Canada in 1930s. Despite Grandad immigrated to Canada with a dream of a country manor, his agoraphobia makes his goal hopeless. As Grandad became unemployed, he spent his whole day listening to radio which was his greatest hobby. Nevertheless, things grow worse as the power company cuts off their electricity for non-payment. This motivates Grandad’s electrical revolution to begin, which is cheating against the company to get back the power on. Although his plans seem to work, everything comes to a naught when the lineman from the power company discovers the wire spreading to their house. They end up even ruining their neighbors’

in royalties and gained business for General Electric, his company (Parks) . Direct Current, or DC, had become the standard across the country (Lantero), but electricity still had to come from local sources. The farthest that direct currents could travel was about ten miles (Parks). Despite the increase of electricity, many citizens saw it as a new magical thing (Brian), but this kind of new magic would also bring new hazards. Electrical fires were one of the greatest threats in the public’s eye (Parks). Most people did not understand how electricity worked and often accidents were caused by ignorance, not technical glitches (Abengoa) . Others found that they had problems running multiple devices on the same current. Some appliances needed different voltages to power them, but DC could only run one voltage at a time (Fairley). Even scientists had trouble with electricity. Working circuits were a rarity due to the work needed to find a way to convert DC to a lower power level (Brian). Edison wanted to fix these problems. He challenged one of his newer employees to create a new system that solved the problems

Nikola Tesla was a Serbian American inventor, electrical engineer and physicist. He is best known for his contribution to the design of the alternating current electricity supply system. In 1884, after he had gained some experience in telephony and engineering, he moved to the U.S.A to work for Thomas Edison at his ‘Edison Machine Works’. Tesla was given the task of redesigning the Edison Company’s direct current generators and in 1885 he said that he could redesign the inefficient motor and generators that Edison had created, making an improvement in service and economy. Edison offered Tesla $50,000 to do it but when Tesla completed the task and asked for his payment, Edison just that it was a joke. Now around 80% of the world population

Tesla worked for many months and solved the problems Edison was having with his devices. Unfortunately, Edison did not pay Tesla and for a few thousand dollars they lost the ability to acquire control of the greatest and one of the most profitable invention ever, (O' Neill, p. 58). Inventor and Westinghouse Company owner, George Westinghouse, brought Tesla's system to the world. This started what became known in U.S. history as the War of the Currents, or the battles between AC and DC. Westinghouse’s choice to adopt Tesla's AC system changed the world forever.

In the movie industry, historical drama films are always a big topic. There have been many movies written on history, such as Titanic, Braveheart and Argo, each capturing an important, war, breakthrough, conflict or invention. The newest historical drama The Current War fits these molds. In the latest historical drama, The Current War, a movie exploring the invention of Thomas Edison’s light bulb and direct current, along with the competition between Edison and Westinghouse over the new type of power. The trailer for the upcoming historical drama film The Current War is successful in capturing the audience’s interest by the way it uses color to establish the effects of the invention in the film and by

Staring in the late 1880s, Thomas Edison and Nikola Tesla became enthralled in a competition for power using their currents. Edison had derived a method of direct current, which was a "current that runs continually in a single direction, like in a battery or a fuel cell" (Lantero). A standard in the United States, at the time, this DC method did not allow for easy conversion between voltages. A solution to this problem, Tesla developed the the alternating current, a current which diverse direction and can be easily converted to higher or lower voltages. As a fight back to this current, Edison started to discourage the AC current, creating an electric chair using the AC current. Similarly, at the Chicago's World's Fair, General Electric wanted to use Edison's DC current to power the event, but eventually lost to Tesla's AC current under Westinghouse. Another victory for Tesla was installing the first modern station at Niagra Falls in Buffalo, New York. His AC current powered not only Buffalo, but the entirety of the Eastern United States. Contradictorily, Edison's DC current today powers computers, solar cells, and electric vehicles. Still, the AC current still predominantly powers most other needs for electricity (Lantero). With both power transmission systems still in use today, the War of Currents has yet to end.

Nikola Tesla is a man so influential yet so forgotten in history. His inventions and experiments have pushed technologies past the limits we believed we had in both electricity and wireless energy. In fact, if you look around you, most likely you’ll spot something we owe to him. For example the electricity from wall sockets run off his alternating currents (What). Or maybe you spot the lights above you, which are most likely Tesla’s fluorescent lights. Because of his work with electricity and wireless energy, Tesla has impacted the world by providing a more efficient energy source, boosting militaries, and boosting commerce, making him the most influential man in history (Cawthorne).

Edison's first laboratories were machine shops at his telegraph works in Newark, New Jersey. Working in these shops between 1870 and 1875, he improved stock ticker technology, developed a system of automatic telegraphy, invented the quadruplex for sending four messages over a single wire, and created his electric pen for making stencil copies of documents. (‘‘The Tomas Edison Papers’’. Rutgers.)

Thomas Alva Edison, or the "Wizard of Menlo Park" was an American inventor who developed direct current (electric current that runs in one direction). Direct current was the standard in the US in the early years of electricity. One major issue with direct current transmission methods was that direct current was not easily transformed into higher or lower voltages. Meanwhile, Nikola Tesla and George Westinghouse believed in an idea known as alternating current. Alternating current reverses the direction 60 times a second in the US and is pretty easy to convert to different voltages using a transformer. Edison did not want to lose the royalties he obtained from his DC patents, so he started a campaign to defeat Tesla and Westinghouse. He spread

Patents for his AC motors and generators were purchased by George Westinghouse for approximately $25,000. Tesla was progressing towards fame and a successful future. Edison saw this as a threat to him and his inventions so tried to find flaws in Tesla’s AC motor to bring him down. This fight was known as the War of Currents. Through many experiments Edison concluded that it was possible to get electrocuted by the AC motor. As soon as he found this out, he decided to show the public the consequences that the invention caused. Edison demonstrated the vulnerability of the AC motor by testing out on animals such as an elephant. This graphic scene was enough to establish horror in the people. They began to question whether Tesla’s invention was actually an improvement to the DC motor. In 1890 the worlds fist demo of the electric chair took

“Direct Current is like a river flowing peacefully to sea while Alternating Current is like a torrent flowing violently over a precipice”, (Edison). War Of The Currents is a war between Thomas Edison, Nikola Tesla, and George Westinghouse. Edison believed that Direct Current was the new future, While Tesla believed that Alternating Current was.

The case study about TESLA was very insightful in the relentless quest for innovation and redefining the world’s transition to sustainable energy. It is inexplicable at times to understand the current policies of our administration such as the US withdrawal from Paris climate agreement. However the road has been paved for the investment in renewable energy and we now see more and more world governments, global commerce and transnational industry are embarking on a plan to