Cell Language 217“6x9” b2861 The Cell Language Theory: Connecting Mind and MatterThe wave structures (or CymaGlyphs) induced by the sounds “U”, “O”, and
“E” look strikingly different in exquisite detail (see row A in Figure 4.14 as
already alluded to). The different wave structures between musical notes,
A0 and A0#, in Figure 4.14 (row B) are produced by the frequency differ-
ence of mere 1.6 Hz (cycles per second), and between those of B0 and C1
by 1.9 Hz, out of about 30 Hz vibrations for each note. For another exam-
ple, take a look at the human brain waves visualized as water wave patterns
in row D in Figure 4.15. The frequency difference between the alpha wave
and the beta wave is about 10 Hz and that between the beta wave and the
delta wave (deep sleep state) is about 18 Hz. And yet their visual images
(and the corresponding functional states) are strikingly different, indicating
the surprising sensitivity of water as a sound-wave detector. (Note that EEG
signals were first transduced to sound waves before being visualized with
CymaScope.) At least a part of water’s extreme sensitivity to waves (includ-
ing electromagnetic waves) may be due to water molecules’ ability to form
ensembles involving millions of water molecules that Del Guidice and his
colleagues in Italy call “coherence domains” which, in theory, can amplify
very weak electromagnetic signals to macroscopic levels [110, 364].
Row C in Figure 4.14 shows 10 water wave patterns generated by
sounds produced by a single living yeast cell [524]. Each frame is taken
about every 1–2 s, and the cell sounds exhibited periodicities in the range
of ~2 s (or ~0.5 Hz), close to the lower end of the human heart beat fre-
quencies which can vary from 60 to 179 beats/min (or 1–3 Hz) [527]. Is
this just a coincidence or is there any deep physiological and/or cell-
biological significance? I am inclined to think that the latter possibility
is closer to truth (see Section 4.14).
If we can extend the nature of waves detected by water molecules and
their higher-order ensembles or aggregates beyond sounds and electromag-
netic waves and include electroweak and gravitational waves, wave-induced
water structures (also called “aquaresonances” in [494]) may provide pos-
sible mechanisms not only for the origin of life [494, 498] but also for the
origin of the chiral selectivity of biomolecules along the lines proposed by
Kondepudi and Nelson in 1985 [522]. It is interesting to note that the model
of the origin of life based on the wave-induced aquaresonances [494, 498]
seems to agree with the models of the origin of the Universe based on
sounds as envisioned by some ancient religious traditions.b2861_Ch-04.indd 217 17-10-2017 11:59:02 AM