Hidden Nature

(Dana P.) #1
their chest, while the 'tester' tries to push
down the raised right arm of the subject,
who tries to resist the pressure. If the arm
has lost muscle tone, the food may have an
undesirable effect on the subject.


  1. Living Energies, p. 42.

  2. If they are above absolute zero (-273°C).

  3. BBC Wildlife magazine, June 2001.

  4. See Bibliography: Backster; also Bird &
    Tompkins The Secret Life of Plants contains
    an evaluation of his work.

  5. Cymatics: The Study of the Interrelation-
    ship of Wave-forms with Matter, by Hans
    Jenny, Basilius Press, Basle, 1966.

  6. Democritus (460-370 BC)

  7. Callum Coats shows scores of examples
    from Nature in Living Energies, pp. 51—53.

  8. Harold S. Burr, Blueprint for Immortality:
    Electrical Patterns of life Discovered,
    Spearman, 1972.

  9. Lawrence Edwards: The Vortex of Life:
    Natures Patterns in Time and Space,
    Floris Books, 1993.

  10. Earth's diameter is 7,920 miles; the
    Moon's is 2,160.

  11. Named after a twelfth century Italian
    mathematician born in Pisa, Leonardo
    Fibonacci or Filio Bonaccio. The son of
    an Italian customs agent based in
    Alexandria, he helped to bring Arabic
    numbers to the Roman world and popu-
    larized the modern decimal system of
    numbers. The series bearing his name
    progresses by adding the two previous
    numbers to make the next, e.g. 1,1,2,3,
    5,8,13,21,34,55,89, etc. (It is said that
    he used it as a model for the growth of a
    population of rabbits.) Dividing a Fi-
    bonacci number by the number before it
    produces the Golden Mean proportion
    (the Golden Ratio) in increasing accuracy
    of decimal places, the larger the number.

  12. Walter Schauberger's research of this
    phenomenon was groundbreaking.

  13. Energy Production

  14. There is controversy about whether hu-
    man activities are the cause of global
    warming. Climate change goes through
    enormous cycles. In Britain, for example,
    from 1,000 years ago when it was much
    warmer than now (grapes were grown in
    Scotland), to 200-300 years ago when the
    ice on the Thames could support an ele-
    phant, with many fluctuations in be-


tween. We have insufficient records to say
with certainty that the present acceler-
ated warming world-wide is cyclical in its
origin. However, there is little doubt that
its increasingly severe impact is greatly
compounded by the enormous output of
carbon emissions (Observer, January 5,
2003). See also Chap. 13, note 1.


  1. The average fuel consumption of a typi-
    cal car allows a journey of 620 miles
    (1000km) for an energy expenditure of
    l000kW, or one person's annual energy
    consumption. In terms of oxygen con-
    sumed, a car driven at 50kph requires
    22.25kg of oxygen, roughly 750 times the
    amount needed by a human being for the
    same period. In eleven hours, the car has
    consumed the oxygen one human being
    requires for a year. Callum Coats calcu-
    lated that to replenish the oxygen de-
    voured by the world's roughly 450 million
    vehicles would require a healthy produc-
    tive forest of 38 million km^2 , or 28% of
    the total world's total land area.

  2. Kilowatt hours.

  3. The ratio between created matter and the
    energies required to create it was estab-
    lished in 1984 by the Nobel awarded
    Swiss atomic scientist Dr Carlos Riebers
    as about 1:1 thousand million, effectively
    the proportion of the whole of reality of
    which we are aware.

  4. Entropy has its counterpart — ectropy
    (sometimes called 'negentropy'). The laws
    of entropy or thermodynamics apply to
    the products of our mechanistic science
    as it is a 'closed' system. Nature, however,
    is an open system, and one finds in fact
    that entropic tendencies are held in check
    by the predominant ectropic ones, other-
    wise life could never have developed. Evo-
    lution is essentially ectropic or energy in-
    tegrative rather than energy dissipative,
    as increasingly complex organizations
    harmonically stabilize more energy.

  5. Weston Price: Nutrition and Physical De-
    generation, 1938,1945,1998. As an expe-
    rienced dentist, he noted the degenera-
    tion of jaw and bone structure, but also
    the deterioration in intelligence that en-
    sued from a change to western diet.

  6. Living Energies, p. 35.

  7. See Living Energies, pp. 50-55 for further
    illustrations of spiral forms in Nature.

  8. H.H.Price, Wyckham professor of Logic
    at Oxford (Hibbert Jour, 1949).
    6. Motion — the Key to Balance

    1. Viktor Schauberger, Implosion magazine
      no.51,p.22.

    2. Viktor Schauberger, Implosion magazine
      no.48,1954.

    3. A hyperbolic spiral represents the physi-
      cally nonmaterial centre-less dynamic of
      Nature's outside>inward motion. The phi
      spiral is the dynamic of inside>outward
      physical and material growth.

    4. Ibid. p. 56.

    5. Dr Tilman Schauberger, Viktor's grand-
      son and an expert on his work, described
      his grandfather's ideal spiral-vortical mo-
      tion, the 'Cycloid Spiral Space-curve,' as
      goal-oriented, structured, concentrated,
      intensifying, condensing, dynamic, self-
      organizing, self-divesting of the less valu-
      able, rhythmical (cyclical), sinuous, puls-
      ing, in-rolling, centripetal (and
      out-rolling centrifugal) movement. This
      applies also to Figs. 12.1 and 12.2.

    6. If the starting radius is 1 and the initial
      resistance is 1 on an inwinding path,
      when the radius is halved, the resistance
      is [V2]^2 = lA and the rotational periodic-
      ity, frequency or velocity is doubled.

    7. The Atmosphere and Electricity

      1. High specific heat means that water is
        slow to heat up, but also slow to cool. Its
        heat retaining quality makes it good for
        heat storage systems.

      2. The temperature neither decreases nor in-
        creases constandy, but fluctuates as we as-
        cend through the various atmospheric lay-
        ers, so that at a certain altitude, at around
        7 miles (12km) for instance, the tempera-
        ture is -76°F (-60°C), whereas around 31
        miles (50km) it is 50°F (+10°C).

      3. This increases by the inverse square of
        the separation. If, for example, the sepa-
        ration is 10mm, then the potential is 12.
        If the separation is reduced to 1/2, i.e.
        5mm, then the potential is 22 (=4) and
        so on, as shown in Fig. 12.6. The smaller
        the separation, therefore, the greater the
        corresponding potential, which could be
        unleashed once the permittivity of the di-
        electric has been overcome. (Permittivity
        is the amount a substance can assist or
        resist the transfer of an electric charge.)

      4. Pure water has a dielectric value of 81,
        which is 81 times greater than a vacuum






HIDDEN NATURE
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