Why Should Magnetic Levitation Trains be Implemented in the United States?

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Magnetic Levitation Trains
"Magnetic Levitation Trains, why should they be implemented in the United States?" Whenever individuals talk about trains, a few ideas pop into one’s mind. These include the railway tracks that provide runways for the wheels, the noise associated with them and the long heavy carriages that they pull. Utilizing the words ‘Magnetic Levitation’ in relation to trains may seem like a peculiar idea. Why? Levitation can be described as the act of raising an object upward in relation with its lightness. Trains are known to be heavy. Magnetic levitation, which is also known as Maglev, is a rail technology that utilizes a special magnetized railway track to suspend a train on a magnetic cushion so that it can move freely
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Magnetic Levitation Trains
"Magnetic Levitation Trains, why should they be implemented in the United States?" Whenever individuals talk about trains, a few ideas pop into one’s mind. These include the railway tracks that provide runways for the wheels, the noise associated with them and the long heavy carriages that they pull. Utilizing the words ‘Magnetic Levitation’ in relation to trains may seem like a peculiar idea. Why? Levitation can be described as the act of raising an object upward in relation with its lightness. Trains are known to be heavy. Magnetic levitation, which is also known as Maglev, is a rail technology that utilizes a special magnetized railway track to suspend a train on a magnetic cushion so that it can move freely and faster than the conventional trains. This technology does not utilize wheels since the train floats on the magnetized track from one place to another (Funk and Getsla, 2006).
The general explanation of the Magnetic Levitation system is simple. It uses the concept of magnetism where the magnets’ like poles repel and the unlike poles attract. The train is fitted with superconducting magnets while the railway track, which is called a guide way, is fitted with coils, and they are positioned in a manner that will help induce an electric current between them when the train passes at high speed. The electric current generated causes the coils to act as temporary electromagnets (Livingston, 2011). Since the semiconductor magnets and the
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