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portable compressor. An hydraulic engineer consulted about the design pronounced that it
would not work. But the pump worked perfectly after being built, with the efficiency of about 30
thousand gallons per hour. Mr Plank claims that his design is about 30% more efficient that the
Venturi pump, to which its principle of operations is similar. The most unusual aspect in the
entire case is that the first prototype of the pump began to work perfectly, immediately after being
built. Everyone who deals with the implementation of mechanical designs knows that for each
new device it is absolutely necessary to complete a whole series of prototypes, in which every
subsequent one is only a slight improvement in relation to the previous, and more faulty ones.
Readers who are interested in learning further technical details about Mr Plank's pump
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or his dowsing techniques may contact him at the following address: P.O. Box 7051, Invercargill,
New Zealand.
#4D8. Machine diagnostics. Some dowsers use a pendulum-assisted ESP technique to
locate the cause of malfunctioning in a particular machine. If they do not know the construction
of a checked device, they use a drawing of it (printed on one side of paper only!) presenting
every internal detail. If they know the structure of a diagnosed machine they work directly on it.
To find the cause of malfunctioning they concentrate on it, element by element, asking the
pendulum about its state, until they locate the problem. It is claimed that a diagnosis of cars
conducted by the pendulum method can be just as precise as one performed by sophisticated
electronic equipment. Examples of practitioners who utilize the above application are: Mr Alan
Plank of New Zealand and Mr Wojciech Godziszewski, ul. Szczecinska 32/7a, 72-003 Dobra,
Poland.
#5D8. Illnesses diagnosing. The pendulum technique is also frequently used for the
location and recognition of illnesses and for curing them. The location of an illness is conducted
in an identical manner to the location of malfunctioning in a machine. For the cure, each
practitioner uses his own method. An example of practitioner who pursues the medical
application of the pendulum technique is: Mr Wojciech Godziszewski of Poland.
* * *
The above examples present only a few of the numerous applications made possible by
the mastering of a pendulum-assisted ESP technique. Unfortunately, to utilize the enormous
potentials of ESP as a scientific tool, a lot of work still needs to be done. Our use of these
abilities to-date has been based more on the empiric discoveries of individual hobbyists and
on the enthusiasm of some devoted practitioners than on solid research or proven
methodologies. To transform these spontaneous experiments into a reliable tool of scientific
investigation, new tools and methodologies need to be developed and the subjective factor
needs to be removed. All of these can be achieved only in an atmosphere of complete
recognition and approval of the duality of our Universe (i.e. of the independent co-existence of
its hardware and software components). But the effort of promoting new attitudes and
intensifying the development of ESP techniques is worth pursuing, as there is conclusive
evidence that the mastering of ESP may save a lot of unnecessary experiments, errors and
expense in the completion of the Oscillatory Chamber and the Magnocraft (compare the
invention of Mr Plank's pump). The author has already started some research in this direction
and would be extremely delighted to hear from readers who wish to co-operate or to contribute
in the application of ESP as a scientific tool.
D8.1. Perfect Data base (PDB) as a theoretical model of ESP
Generations of ESP practitioners have accumulated some observations concerning the
potentials and limitations of this method of acquiring useful information. But hitherto there was
no theoretical model available that would provide a tool for the clear prediction of what is
possible through ESP and how it should be achieved. The author now introduces such a model
which is to be called a "Perfect Data Base (PDB)". The PDB is a purely hypothetical computer
containing in its storage the detailed and complete data (registers) for every material object that
ever existed or will exist in the entire Universe. The PDB has no data available on principles,
concepts, and other non-material abstractions; therefore it does not understand inquiries
referring to them, unless these inquiries are referred to the objects that represent these
abstractions. The PDB conducts all processing instantaneously, independently of how distant
in space or time is the object whose register is being searched, for the purpose of the
completion of this processing. The PDB understands and executes inquiries formulated in a
human language, and it inputs the processing commands straight from the brain of an inquirer,
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when they are still in the form of thoughts. The PDB is able to perform any type of operation that
other computers can do, and the results of its processing are always absolutely correct.
The introduction of the Perfect Data Base allows us to predict easily the operation,
possibilities and limitations of every form of ESP. Each problem that could be resolved by PDB
may also be resolved by ESP, and the formulation of a problem for ESP must also be identical
to that required for PDB. This means practically, that perfection in ESP requires a mastery of the
same rules and principles that programmers utilizing Data Base must know. Therefore for
professionalists in ESP and for investigators of that phenomena appropriate courses in
computer programming would be extremely valuable.
The concept of PDB is a key to understanding, developing and mastering ESP. To realize
how helpful it can be, below are listed some of the vital attributes of ESP explained in the PDB
example. Those readers who have already had some experiences with ESP, when reviewing
the descriptions that follow, will appreciate the benefits provided by the concept of PDB. For
other readers these descriptions will perhaps reveal that ESP is only one more of our natural
abilities, which instead of being ignored or derided should rather be investigated and utilized.
1 . We are born completely equipped as terminals for PDB. Our brain is the input device,
which transmits our wishes, intentions and inquiries, formulated in the Data Manipulation
Language of Thought (DMLT). Our entire body is the equivalent of PDB output devices that
intercept and display the information received back. In some forms of ESP, additional equipment
is used (e.g. pendulum, divining rod, etc.) which performs the function of a pointer that helps to
exhibit and interpret the answer signals intercepted by the body. For this equipment no special
"magical" requirements are imposed. It only needs to suit the type of involuntary signals
developed individually by the body of a particular user. A potato suspended on a string or a
branch from the nearest tree, in the hands of experienced user will provide the same correct
answers as the most sophisticated divining pendulum or rod.
2 . There exists a kind of universal language (called here DMLT - see subsection D7) that
is used by the whole Universe. This language is utilized by the counter-matter for expressing
all information recorded within the software registers. Our entire thinking process is conducted
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zanotowane.pldoc.pisz.plpdf.pisz.plkwiatpolny.htw.pl
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Dobre pomysły nie mają przeszłości, mają tylko przyszłość. Robert Mallet
De minimis - o najmniejszych rzeczach.
Dobroć jest ważniejsza niż mądrość, a uznanie tej prawdy to pierwszy krok do mądrości. Theodore Isaac Rubin
Dobro to tylko to, co szlachetne, zło to tylko to, co haniebne.
Dla człowieka nie tylko świat otaczający jest zagadką; jest on nią sam dla siebie. I z obu tajemnic bardziej dręczącą wydaje się ta druga. Antoni Kępiński (1918-1972)
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