The Lessons From Nikola Tesla

The Lessons From Nikola TeslaNikola Tesla began work on an alternative form of power transmission while in his retirement. One of his inventions would be an experimental generator which had not been developed. He also experimented with radio and a different method of generating electricity.In what he called a 'wireless generator', he placed an aluminum or copper shield in a metallic electric coil which produced a spark and was used to generate electricity. Tesla worked with a fellow scientist, Alexander Lippman, and they soon became successful in creating the first working wireless device. The original plan was to use the generator to power homes for residential use. This new technology was revolutionary.He continued working on multiple projects at the same time and was often late for his laboratory appointments. His frustration and concern over the reliability of his work grew. Tesla experienced difficulty and frustration with an oscilloscope and the lack of power flow in his altern ating current generators. By 1901, Tesla had developed a battery-powered device.A shield was placed in an electromagnetic force coil. The apparatus was operated with an external magnetic field to supply power to a motor. It was capable of running for five to ten minutes without any initial energy input. To test its power output, Tesla had his testers walk through a field while carrying the apparatus.Several prototypes were built and a test version of a generation system was set up in a machine shop. Nikola Tesla, Lippman, and his employee Lewis Carroll worked out several improvements, including the generation generator. By the middle of 1900, many improvements had been made.Electrical power could be sent through a conductor when a thermal overload occurred. By increasing the quantity of electricity that could be transferred, the invention was able to reduce the risk of a thermal overload. With the help of his assistant Harry Taurasi, Tesla developed a stronger generation system. By 1900, he was able to give this device the ability to heat a room at a high rate.After Tesla died, Lippman continued his research, but was unable to duplicate Tesla's discovery. Unfortunately, his ideas did not proceed past the laboratory. It was not until the 1990s that someone turned Tesla's ideas into practical applications. The secret to Tesla's work was in the fundamental unit of E=MC^2. In fact, he did not even know the equation existed.Nikola Tesla has been portrayed as an eccentric genius who came up with ideas so strange that they are hard to believe. However, what many people don't realize is that his works did influence technology. While they have since been turned into movie and television shows, the greatest lesson from Tesla is that we can accomplish far more than we think.