Cell Language Theory, The: Connecting Mind And Matter

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Conclusions 483

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

because it has an information density which exceeds some critical
threshold essential for exhibiting living properties.
(3) The body-centered tetrahedron (see Figure 10.15) can be viewed as
the cosmic code or a sign for our Universe. It stands for our Universe
iconically, indexically, and symbolically, mediated by a cosmic lan-
guage (called the “cosmolanguage”) whose material and mental
manifestations having been identifiable with cell language (and asso-
ciated particle languages) and human language, respectively.
(4) The semiotic theory of the Universe presented in this book (see
Section 10.18.2) is built on earlier works (embodied in the Shillongator
described in Figure 10.16) and on Conclusions (1) and (2) above and
is named the Tarragonator (see Figure 10.29) to indicate the fact that
the formulation of the theory began with the three lectures that I gave
at the Rovira i Virgili University in Tarragona in 2003 [279].
(5) The Tarragonator is a Theory of Everything (TOE) that encompasses
superstring theory, quantum mechanics, special relativity theory, the-
ory of biological evolution, the conformon theory, the cell language
theory, the anthropic principle, and a theory of consciousness — all
integrated into a coherent whole based on the combination of Peircean
semiotics and the topological principle of the Möbius band described
in [25, p. 195].
(6) Just as N. Bohr derived the philosophy of complementarity based on
quantum physics, S. Ji derived the philosophy of complementarism
(Sections 10.1 and 10.2) based on molecular biology and cell
biology. It was Douglas Sayer Ji, in his senior research paper sub-
mitted in 1996 to Professor Bruce Wilshire, a phenomenologist at the
Department of Philosophy at Rutgers, who first glimpsed the comple-
mentary relation between Sungchul Ji’s complementarism and
Maurice Merleau-Ponty’s phenomenological ontology, which seems
supported by the data presented in in Table 11.2.
(7) If the content of Table 11.1 is valid, it may be concluded that physics,
biology, and philosophy are not separate sciences but one, ruled by
the principle of complementarity as envisioned by N. Bohr almost a
century ago [44–47]. Going one step further, it may be suggested
that physics, biology, and philosophy are irreducibly triadic thus
obeying the principle of ITR as schematically shown in Figure 11.1.

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