Prof. Dr Jan Pajak THE NEW ZEALAND EXPLOSION OF ... - Totalizm

F-69Chapter F:THE MAGNOCRAFT and its implicationsThe "Magnocraft" is the name given to a completely new kind of space vehicle,propelled by a pulsating magnetic field. The Magnocraft was invented entirely by the authorof this monograph. The main goal to be achieved through its invention is to obtain such adesign for an interstellar spacecraft that would make it possible for it to be produced by asmall country, or even by a large industrial corporation. How close we are to achieving thisgoal is demonstrated in the analysis of the attributes of the Magnocraft listed below:1. Its operation does not require any moving parts (theoretically speaking the wholeMagnocraft can be produced like a plastic balloon, i.e. from only one part). In comparison,the new Boeing 747 - 400 contains about 4 million individual parts.2. Its energy resources recharge themselves during flight (i.e. the energy lost duringacceleration of the vehicle is recovered during deceleration).3. Its completion can be achieved with our present level of knowledge.4. In theory all the problems that hold back its technical completion are alreadyresolved.5. It represents a vehicle of such an advanced level (technically and militarily) thatthe country which first builds it will gain leadership over the rest of our planet.As this was explained in subsection O1, the research on the Magnocraft was initiatedin 1972, when the author was conducting a series of lectures on "selected aspects ofpropulsion systems" for students of the Technical University of Wroclaw, Poland. Duringpreparation for these lectures he discovered that the inventions of subsequent propellingdevices are subjected to an astonishing regularity. Because this regularity depends on theperiodic repetition of the same characteristics in subsequent propelling devices, the authorcalled it the "Periodic Principle". The best illustration of this Principle takes the form of aTable shown as “Table B1” in monograph [1/4] and called the "Periodic Table". The firstsuch Table was published in the Polish journal Astronautyka no. 5/1976, pages 16-21.Periodic Tables are similar to the "Mendeleyev Table" (also called the "Periodic Table of theElements"), only that instead of chemical elements they illustrate propelling devices.Similarly as Mendeleyev Table did it to the elements, Periodic Tables also reveal propellingdevices still waiting for their inventors, and indicate principles which will be employed in thefuture operation of these devices. These new Tables are constructed by placing in thempropelling devices subsequently invented, in such a manner that these devices meet theconditions of horizontal and vertical symmetry. The horizontal symmetry (i.e. the belongingsof a given device to a particular row of the Table) defines a type of working medium andphenomena utilized in the operation of this device, whereas the vertical symmetry (i.e. thebelongings of this device to a specific column of the Table) describes the general class of apropulsion system to which this device is qualified. Fields of Periodic Tables, which have nodevices assigned to them, indicate propelling devices still awaiting invention. The position ofthese empty fields (i.e. their row and column) defines the future principles employed in theoperation of these devices yet to be invented.Through the analysis of his Periodic Table the author discovered that before 2036 acompletely new type of flying vehicle should be constructed on Earth. The propellingdevices (propulsors) of this vehicle will employ principles of magnetic attraction andrepulsion, and their operation will represent an advanced modification of contemporaryelectric motors. By utilizing the clues provided by the Periodic Table the author worked outthe design and operation of this new vehicle called here the Magnocraft. The first