Strange detail of Angkor Wat (Flying machines again)

(Picture I)

Kimmo Huosionmaa

Have you noticed that the word Angkor is similar with English world Anchor? And in my opinion, this is a strange coincidence between those words, and there is something strange in those buildings, what are built in that city. I don't mean that those people, who lived in that city could fly, but maybe modern engineers have got innovation for the quadcopters from that city. Above this text is a picture of the temple of Angkor Wat, and the strange detail of it is that the dimensions of that temple are similar to quadcopters, and sometimes I have thought that this building has been given an idea for the engineers to create those drones? Sometimes I have thought and silly thought that could somebody created the house-sized quadcopter, what can stay on the air even years?

Of course, this might feel very silly, but when we are thinking about the situation, that the makers of the machine would have a nuclear reactor, what uses neptunium or some synthetic very high radioactive isotopes, they could create this kind of system, what could stay in airborne even years. In fact in some commercial of the series BlueBook is mentioned, that the speed of the rocket would be created by the vacuum, and if the propels inside the vacuum would rotate fast enough the speed of rocket can be established.

If the tube stands the speed of the propeller, and the centrifugal force would not break the propeller. The propeller must stand the very high-level stress, what would be caused by the very hard centrifugal force. And this is, why this system is actually quite difficult to create in real life. Of course, the creator of this hypothetical system would want to use an electromagnetic vacuum, but for that would need very high voltage electricity.

If the diameter of the radius is small enough, and the tube will keep up the fast rotating, high-speed propeller, would be possible to create the vacuum, that would push the air backward with the same speed as the rocket motor. But there is another way to act. In this hypothetical craft, the normal electric motors can be used in the low-speed flight, and then if the craft wanted to move faster to the orbiter, it would create the flight speed for ion motors, what just uses ionized air for creating enough thrust.

Picture I

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