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Research Paper | Instrumentation Engineering | India | Volume 12 Issue 9, September 2023
Light Speed EM-Wave Engine
Prakash S Humane
Abstract: There is todays need to travel with light speed for achieving long distance travel in space. The planets are at so long distance so that to travel at the planet several days to several months are required with today?s available engines. Today?s available chemical reaction engines are fast which can cover several kilo-meter in a second, but this speed is also not enough to reach the planet at long distances like Mars which requires several months for landing on mars. So, there is a need of light-speed engine to travel such distance so that several months journey can be achieved in several days or few hours to few minutes. There are vast researches are going to increase the speed of engines to light speed. These engines uses thrust to travel the rocket or spaceship by using chemical reaction engines, nuclear engines and continues researches are going for increasing thrust of the engines and to increase the speed of spaceship. These engines generates a thrust so that spaceship or rocket travels several kilo-meters in a second, but with thrust developed with above engines there is no light speed is achieved yet, so scientists going to use new technologies to travel with light speed and researches are continuously going in this field. Here new ways of making travel is used to achieve light speed. So, for achieving light speed EM-Wave engine is one of the new technology to achieve light speed that here is explained. It is a technology of electromagnetic wave engine where spaceship or rocket travel with light speed or achieve nearly light speed. Here engine itself is an electromagnetic wave which can travel with light speed or nearly light speed. Hence its name is given as electromagnetic wave engine.
Keywords: light speed, light speed engine, chemical reaction engine, nuclear engine, thrust, electromagnetic wave, electromagnetic wave engine.
Edition: Volume 12 Issue 9, September 2023,
Pages: 676 - 677