The Philosophical Implications of the Cell Language Theory 477“6x9” b2861 The Cell Language Theory: Connecting Mind and MatterIn The Third International Seminar on the Living State held in
Shillong, India, December 13–19, 1986, ably organized by Professor
Rajendra K. Mishra (1924–2009), two papers were presented, one by
A. K. Mukhopadhyay of All India Institute of Medical Sciences,
New Delhi, and the other by S. Ji of Rutgers University, USA. In the
former, the concept of supracortical consciousness was proposed and
in the latter a biological model of the Universe later called the
Shillongator (see Section 10.18.1) was presented, the latter being based
on the conformon theory of living processes. Conformons are defined
as discrete units of gnergy, the complementary union of information
(gn-) and “energy (-ergy), postulated to be stored in biopolymers and
drive all goal-directed processes inside the living cell (see Section 3.4).
Although Professor Mukhopadhyay saw the possible connection between
the supracortical consciousness and the conformon in his book, Dynamic
Web of Supracortical Consciousness [567], already in 1987, I have been
slow in recognizing this connection until now, probably because I have not
yet read his book in entirety, except its abstract. In any case, I do now see
more clearly (as described in [568]) the connection between the supracor-
tical consciousness and the conformon, primarily because of the develop-
ment of the principle of ITR (Irreducible Triadic Relation) (see Chapter 9)
and the cell language theory (see Chapter 4) that has taken place since the
Shillong meeting three decades ago. The conformon–supracortical con-
sciousness connection (see Table 1 in [567]) can be represented diagram-
matically as shown in Figure 10.35, which now invokes three aspects of
Consciousness — Cosmological, Cortical, and Supracortical, each
related to their associated languages (see Layer 3) and the metaphysical
categories of Peirce (see Layer 5).
I came to represent my theory of the Universe geometrically using a
BCT (Body-centered Tetrahedron) (see Figure 10.15) whose center is
occupied by gnergy (G), and hence is called the gnergy tetrahedron and
whose four apexes are occupied by matter (M), energy (E), information
(I), and life (L). The gnergy tetrahedron embodies two symmetry princi-
ples of Bohr (Section 2.4):- Complementarity between mattergy and liformation (see the EM and
the IL edges that do not touch each other in the gnergy tetrahedron,
Figure 10.15), and
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