If we deduce from the mountain of evidence that some flying saucers come to earth from nearby solar systems (there are one thousand stars within fifty-five light-years, forty-six of which are like the sun), we are immediately faced with two questions:
(1) How can a spaceship travel from a nearby solar system to earth in a reasonable time?
(2) Once here, how can flying saucers behave the way they are observed to behave? How do they achieve their reported high speed flight in the atmosphere (thousands of miles per hour), their ability to stop and start abruptly, to move up and down and back and forth seemingly with none of the limitations of conventional aircraft?
Typically there are no visible external engines, wings, or tails. Usually the objects are relatively silent compared to conventional craft. Often unusual colored glows are seen adjacent to the craft, and a variety of physical and physiological effects are produced on living and inanimate objects in the vicinity. These are the truly technological challenges we face.
The problem must be divided into two parts because there is no good reason to assume that the same propulsion system is used for both the long haul and local portions of the trip. It seems reasonable to assume that the huge cigar-shaped “mother ships,” into and out of which the smaller disc-shaped craft fly, are the interstellar vehicles and the others are Earth Excursion Modules for local travel only. Mother ships are rarely observed cavorting or flying close to ground level. In Ted Phillips’s huge collection of trace cases more than 90 percent of the low-level vehicles are disc-shaped. A useful analogy here is the aircraft carrier Enterprise, which is nuclear-powered and operates at low speed for many months or years on the surface of the ocean. The much smaller aircraft it carries cannot operate on the ocean but can fly at high speed and altitude for short periods and are highly maneuverable. But they are not nuclear-powered. Neither craft could replace the other.
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(1) How can a spaceship travel from a nearby solar system to earth in a reasonable time?
(2) Once here, how can flying saucers behave the way they are observed to behave? How do they achieve their reported high speed flight in the atmosphere (thousands of miles per hour), their ability to stop and start abruptly, to move up and down and back and forth seemingly with none of the limitations of conventional aircraft?
Typically there are no visible external engines, wings, or tails. Usually the objects are relatively silent compared to conventional craft. Often unusual colored glows are seen adjacent to the craft, and a variety of physical and physiological effects are produced on living and inanimate objects in the vicinity. These are the truly technological challenges we face.
The problem must be divided into two parts because there is no good reason to assume that the same propulsion system is used for both the long haul and local portions of the trip. It seems reasonable to assume that the huge cigar-shaped “mother ships,” into and out of which the smaller disc-shaped craft fly, are the interstellar vehicles and the others are Earth Excursion Modules for local travel only. Mother ships are rarely observed cavorting or flying close to ground level. In Ted Phillips’s huge collection of trace cases more than 90 percent of the low-level vehicles are disc-shaped. A useful analogy here is the aircraft carrier Enterprise, which is nuclear-powered and operates at low speed for many months or years on the surface of the ocean. The much smaller aircraft it carries cannot operate on the ocean but can fly at high speed and altitude for short periods and are highly maneuverable. But they are not nuclear-powered. Neither craft could replace the other.
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