According to a report by the British media on July 28th, scientists recently confirmed that an electromagnetic propulsion device using solar energy only needs four hours to fly from the earth to the moon, and may revolutionize human space travel. The concept of this electromagnetic propulsion device was proposed by the British inventor Roger Shaw as early as 15 years ago. Chayer believes that electromagnetic propellers can absorb solar energy, generate microwaves in the confined space inside the device, and repeatedly oscillate, continue to push forward, so that the forward.
In theory, as long as the system is operating normally and there is no resistance from the outside world, the propeller can continue to move without traditional rocket fuel.
However, Shaw’s idea was utterly ridiculed by the academic world because it seemed to violate the principle of conservation of momentum: a system whose total momentum remains constant without external force or external force vectors being zero. That is, some part of the electromagnetic thruster advances, and there must be some other part back, and the two offset each other, so that the momentum of the whole device is conserved.
In recent years, NASA believes that electromagnetic thrusters can be realized. Martin Tajmar, a professor at the University of Dresden, Germany, also came up with the study and found that electromagnetic propellers can generate thousands of times more power than traditional rocket propellers and have the ability to reach the moon within 4 hours. , or to fly to Mars in 70 days, to visit Pluto within 18 months. Even with Alpha Centauri Centauri, which has been used hundreds of thousands of years ago, electromagnetic propulsion can complete the entire journey in as little as 100 years.
Tajimal cautions that his research and testing cannot affirm or deny the claim about electromagnetic propulsion devices; but there is no doubt that after careful thermal and electromagnetic observations, they did find that they are almost the same as originally envisaged. Propulsion.
Tajimal concluded: "If this is true, it will certainly revolutionize space travel."
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