Cell Language Theory, The: Connecting Mind And Matter

Cell Language 213

“6x9” b2861 The Cell Language Theory: Connecting Mind and Matter

Figure 4.11 A suggested mechanism underlying the formation of the “Kröplin images”

based on the concept of standing waves referred to as “Kröplin waves”. Condition X

includes exposure of water droplets to various flowers or sounds prior to evaporation.

condition X evaporation

Waterdroplets 'KrƂplin waves' 'KrƂplin images'

indeed can act as “messages” just as “sound waves” in air carry messages

(as waveforms) in human language.

It seems reasonable to assume that the “Kroeplin images” could have

arisen from the solute distributions in water drops driven by standing waves

produced within them. The shape of such standing waves are expected to

be influenced by the topology of water droplets and their solute concentra-

tions as well as the environmental conditions, including the size of water

droplets. The standing waves postulated to produce the “Kroeplin images”

will be referred to as the “Kroeplin waves”, again for convenience, although

Professor Kroeplin may not agree with my use of these terms.

The first step in Figure 4.11 is consistent with the McLuhan equation

if we can assume that water is a new language, the postulate that I pro-

posed at the 11th Congress [494].

Aquaresonances, defined as the standing waves of water, can be

inferred to be formed from the elementary bond vibrations (or “aquavibra-

tions”) of millions of water molecules that interact to form low-frequency

waves following the Fourier theorem [160]. An aquaresonance is an exam-

ple of dissipative (d) structure of Prigogine (1917–2003), since its existence

requires dissipation of free energy. In Figure 4.11, aquaresonances are

postulated to be responsible for the formation of Kroeplin images which are

examples of Prigogine’s equilibrium (e) structures, since no energy dissipa-

tion is needed for their existence. The resonance waves formed in air (in

contrast to water) are referred to as “aeroresonances” in Figure 4.11, which

are examples of Prigogine’s dissipative structures.

The Emoto water crystals (i.e., Figures 4.12(a) and 4.12(b)) [508]

are thought to be formed from preceding standing waves (i.e.,

d-aquaresonances, comparable to Kroeplin waves in Figure 4.11) which

are thought to be transformed into e-aquaresonances upon freezing

(comparable to Kroeplin images in Figure 4.11b). Freezing causes the

convective (and hence ordered) movement of water molecules in the

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