Looking at Alexei Sharov’s Chapter (2024) “Semiotics of Potential Meanings” (Part 8 of 8)
0975 In the closing, section 7.8, the author mentions a confounding word.
0976 What is that word?
Communication.
0978 Well, at least I can offer two other labels, “inter” and “infold”, which apply when the message comes externally or internally.
I don’t think that either “inter” or “infold” correspond to “communicate”.
And yet, they must.
0979 To this examiner, the conceptual apparatuses of potential meanings and potential signs entangle two features of the biosemiotic noumenal overlay, [presence] and [message]. “Potential meaning” dwells within [presence] and seems integral when an SOs “causes” an SVe. “Potential sign” dwells within [message] and seems crucial to two types of contiguity between SOi and SVs, [inter] and [infold].
0980 By way of conclusion for this chapter, which harkens back to the beginnings of life on Earth, yet ends with humans in our current Lebenswelt, I would like to repeat the transformation that Sharov and Tonnessen perform(perhaps, unwittingly, but leading to great insight) in Semiotic Agency. They transform the specifying and the exemplar sign relations into a dyad, suitable to overlay over the noumenon of what all living systems have in common.
0981 Specifically, they transform a fairly mature three-level interscope (comparable to the scholastic interscope for how humans think) into a dyad (matter2b [salience] form2c}) within a dyad (matter2c(2b( [self-governance3b: courses of action1b] form(2a))).
0982 Now, I review.
But, this will be more than a review.
I want to re-enact Sharov and Tonnessen’s construction of semiotic agency.
Plus, I want to add a reification of the interventional sign-relation, which completes the biosemiotic noumenal overlay.
0983 And most of all, I wish to perform this transformation and this re-enactment on the Deacon and Tabaczek interscope for emergence, appearing in Comments on Mariusz Tabaczek’s Arc of Inquiry (2019-2024) (by Razie Mah, available at smashwords and other e-book venues) and in the Razie Mah’s blogs for April through June, 2024.
0984 Here is a diagram of the three-level interscope for emergence.

0985 The element corresponding to the biosemiotic real initiating (semiotic) event is “the contained circulation of ingredients2a“.
For mitochondria, this is the separation of oxidative and reductive reactions involved in the combustion of glucose with oxygen. On the oxidative side, glucose loses electrons to biomolecules capable of carrying them, generating a few ATP equivalents in the process. On the reductive side, oxygen gains electrons from those electron-bearing biomolecules, generating lots of ATP equivalents in the process.
0986 The combustion of glucose with oxygen is disposed to move towards equilibrium3a and, when ignited1a, may do so with the release of lots of heat.
Mitochondria do not allow ignition. Rather, they use the separation of the oxidative and reductive reactions1b in the normal context of utilizing the nonequilibrium dynamics (of what would be combustion)3b in order to generate emergent beings, ATP2b. ATP2b then makes its way from mitochondria to various enzymatic sites in the eukaryotic cell.
ATP2b is a high-energy molecule and will decompose if left alone. So, an enzyme3c that has the potential of using ATP2b “simplifies1c” the situation, by using the energy-released when ATP becomes ADP plus Pi (inorganic phosphate in solution) in order to perform a cellular actions2c, such as building a protein2c or transporting a molecule across a membrane2c.
0987 Back to the diagram.
The content-level category-based nested form for mitochondria “burning” glucose and oxygen follows. The normal context of combustion3a brings the actuality of separated oxidation and reduction reactions2a into relation with the potential of ‘conducting these spontaneous reactions separately’1a.
For the situation level, the normal context of taking advantage of a nonequilibrium dynamic3b brings actual biosynthesis of ATP2b into relation with the agent’s ability to transfer free-energy from the oxidation of glucose and the reduction of oxygen to the emergent being1b.
For the perspective level, the normal contexts of enzymatic forms3c perform various biophysical operations2c based on the potential of coupling the energy-releasing degradation of ATP with an energy-requiring cellular operation1c.
0988 Here is the transformation to a dyad within a dyad coupled to an interventional sign-relation.

On the perspective level, the persistence of an eukaryotic cell2c [means] the power2c to accomplish various biochemical tasks.
For the interventional sign-relation, power2c (SVi) stands for a disposition2a (SOi) in regards to the normal context of chemical reactivities3a operating on the potential to displace chemicals to distinct compartments1a (SIi).
On the content level, the disposition2a to keep the reagents coming2a {(SOi) [message]} adds more new ingredients to the container2a (SVs).
0989 The actualities go with phenomena. These are real elements.
The normal contexts and their respective potentials are what need to be explained. These are the major contiguities between actualities on different levels.
A minor contiguity occurs within each level, [message] for content, [presence] for situation and [meaning] for perspective.
0990 These associations may be subject to revision. That is the nature of exploration into the topic of “potential meanings”.
I thank the author for his well-referenced chapter and hope that this examination adds value to the text.