List,

First I’d like to thank Jon A.S. and Francesco Bellucci for their posts in 
another thread which help to clear up a basic misconception about Peirce’s 
application of his categories to his semiotic analysis. To further my aim of 
getting “back to basics” in this thread, I’ll try to state one key point in 
more general terms: 

Each of the ten trichotomies in Peirce’s late classification of signs can be 
(and usually is) arranged in order of increasing complexity. Within each 
trichotomy, the simplest sign type is “first” in relation to the other two. 
Thus Seme is first in the trichotomy Seme/Pheme/Delome. But that is the only 
sense in which “A Seme is a First” (as John S. put it). Only one trichotomy of 
signs — Qualisign/Sinsign/Legisign (as Peirce called them in 1903) — is made 
according to the “mode of being” or ontological nature of the sign itself as 
possible/actual/necessary. All the other trichotomies classify signs according 
to their various relations to the other correlates within the basic triadic 
relation Sign-Object-Interpretant. Within the Seme/Pheme/Delome trichotomy, 
which (as Jon said) is made according to the sign’s relation to its 
interpretant, the Seme is certainly not First in an ontological sense as 
claimed by John S.

This feature of Peirce’s trichotomic analyses should be borne in mind as we 
look further into his development of the “valency” analogy. The next Peirce 
text I’m selecting from here was “probably written in December 1905” according 
to EP2, where it is Selection 26, “The Basis of Pragmaticism in Phaneroscopy.” 
I have highlighted certain key terms by using bold type; the italics are 
Peirce’s (i.e. they mark words he underlined in the manuscript).

[[ I propose to use the word Phaneron as a proper name to denote the total 
content of any one consciousness (for any one is substantially any other), the 
sum of all we have in mind in any way whatever, regardless of its cognitive 
value. This is pretty vague: I intentionally leave it so. I will only point out 
that I do not limit the reference to an instantaneous state of consciousness; 
for the clause “in any way whatever” takes in memory and all habitual 
cognition. The reader will probably wonder why I did not content myself with 
some expression already in use. The reason is that the absence of any 
contiguous associations with the new word will render it sharper and clearer 
than any well-worn coin could be. 

I invite the reader to join me in a little survey of the Phaneron (which will 
be sufficiently identical for him and for me) in order to discover what 
different forms of indecomposable elements it contains. On account of the 
general interest of this inquiry, I propose to push it further than the 
question of pragmaticism requires; but I shall be forced to compress my matter 
excessively. It will be a work of observation. But in order that a work of 
observation should bring in any considerable harvest, there must always be a 
preparation of thought, a consideration, as definite as may be, of what it is 
possible that observation should disclose. That is a principle familiar to 
every observer. Even if one is destined to be quite surprised, the preparation 
will be of mighty aid. 

As such preparation for our survey, then, let us consider what forms of 
indecomposable elements it is possible that we should find. The expression 
“indecomposable element” sounds pleonastic; but it is not so, since I mean by 
it something which not only is elementary, since it seems so, and seeming is 
the only being a constituent of the Phaneron has, as such, but is moreover 
incapable of being separated by logical analysis into parts, whether they be 
substantial, essential, relative, or any other kind of parts. Thus, a cow 
inattentively regarded may perhaps be an element of the Phaneron; but whether 
it can be so or not, it is certain that it can be analyzed logically into many 
parts of different kinds that are not in it as a constituent of the Phaneron, 
since they were not in mind in the same way as the cow was, nor in any way in 
which the cow, as an appearance in the Phaneron, could be said to be formed of 
these parts. We are to consider what forms are possible, rather than what kinds 
are possible, because it is universally admitted, in all sorts of inquiries, 
that the most important divisions are divisions according to form, and not 
according to qualities of matter, in case division according to form is 
possible at all. Indeed, this necessarily results from the very idea of the 
distinction between form and matter. If we content ourselves with the usual 
statement of this idea, the consequence is quite obvious. A doubt may, however, 
arise whether any distinction of form is possible among indecomposable 
elements. But since a possibility is proved as soon as a single actual instance 
is found, it will suffice to remark that although the chemical atoms were until 
quite recently conceived to be, each of them, quite indecomposable and 
homogeneous, yet they have for half a century been known to differ from one 
another, not indeed in internal form, but in external form. Carbon, for 
example, is a tetrad, combining only in the form [CH4] (marsh gas), that is, 
with four bonds with monads (such as is H) or their equivalent; boron is a 
triad, forming by the action of magnesium on boracic anhydride, [H3B], and 
never combining with any other valency; glucinum [the old name for beryllium] 
is a dyad, forming [GCl2], as the vapor-density of this salt, corroborated by 
many other tests, conclusively shows, and it, too, always has the same valency; 
lithium forms LiH and LiI and Li3N, and is invariably a monad: and finally 
helion, neon, argon, krypton, and xenon are medads, not entering into atomic 
combination at all. We conclude, then, that there is a fair antecedent reason 
to suspect that the Phaneron's indecomposable elements may likewise have 
analogous differences of external form. Should we find this possibility to be 
actualized, it will, beyond all dispute, furnish us with by far the most 
important of all divisions of such elements. ]]

A tetrad (valency 4) is called so because it forms four bonds with monads, i.e. 
with atoms that form only single bonds with anything else. A triad (valency 3) 
forms three bonds with monads, and a dyad (valency 2) forms two bonds with 
monads. Peirce is proposing that this division of the chemical elements 
according to their external form (i.e. their mode of combination with other 
atoms) can serve as a hypothetical model for a division of indecomposable 
elements of the phaneron. This is the preparation which (we hope) “will be of 
mighty aid” for the observation of the phaneron which is the inductive stage of 
the science of phaneroscopy.

In practice, the key to such observation of the phaneron is the control of 
attention. “Thus, a cow inattentively regarded may perhaps be an element of the 
Phaneron,” but since it can be analyzed in many ways, it is certainly not an 
indecomposable element. This shows that Peirce’s phaneroscopic observation 
leads us directly into logical analysis — so directly that, in my view, logical 
analysis is in practice part of phaneroscopy. (There are other versions of 
phenomenology in which such analysis is not so directly involved — which is why 
I have described Peirce’s brand of phenomenology as more analytical than 
others.) If we ask how logic, or logic as semeiotic, can depend on phaneroscopy 
as Peirce says it does, the only way we can avoid circularity is to say that 
logica docens does depend on phaneroscopy, but the latter makes use of a logica 
utens as part of its process. (Or, as has been suggested, we can give other 
names to parts of the process; but personally I’d rather not introduce even 
more terminology into an already jargon-filled discourse.)

There are probably other questions raised by the excerpt above, or by my 
commentary, so I’ll stop here for today to see if anyone wants to raise them 
before we continue.

Gary f.

 

From: [email protected] <[email protected]> 
Sent: 24-Mar-19 11:41



List,

In a couple of recent threads I’ve been trying to sort out the connections 
between Peirce’s concept of “valency” (which he got from chemistry) and (1) the 
structure of rhemes (predicates) in the logic of relatives, (2) the 
representation of that structure in Existential Graphs, (3) the phaneroscopic 
concepts of Firstness, Secondness and Thirdness, and (4) the “categories” which 
are basic to Peirce’s whole philosophical system. The most recent of these 
threads, an exchange with John S. regarding Peirce’s application of the term 
“medad”, seems to lead up a blind alley (in my opinion); so I think it might 
help to go ‘back to basics’ with these four overlapping aspects of Peirce’s 
system. For that purpose I’d like to look at a few Peirce texts which throw 
some light on the overlaps. 

For this post I’ve chosen the following quote from Peirce, which I found in 
Ketner’s book His Glassy Essence, p. 327. Ketner identifies it as an 
“autobiographical scrap” found among the Max Fisch papers, F64:104. It is 
undated but the internal evidence would place it around 1905:

[[ When I was in the twenties I devoted more than two years with all the 
passion of that age to the study of phanerochemy (phaneroscopy), in almost 
every waking hour and dreaming of nothing else. But I was not to be content 
with less than solid truth; and at the end of two years and a half (reduce it 
to that by deducting intervals) my situation was this. In regard to the 
qualitative differences between the different elements of thought, I had made 
out some relations with certainty, much as one can make out some relations 
between the different colors. Three pages of letter paper recorded all that I 
regarded as relatively certain, together with some things that did not seem 
certain. On the whole, I concluded to abandon the research to some greater 
genius. But there was a triad of mere differences of quantitative complexity 
that did not seem to me to be open to any doubt at all. This was recorded in a 
paper printed in the Proc. Am. Acad. Arts & Sci. for May 14, 1867,—“On a New 
List of Categories.” During the third of a century and more that has since 
elapsed, I have done all that man could to guard myself against self deception. 
I have given up years to the operation of instilling pooh-poohs of it into my 
soul. I have earnestly striven against the conviction. But for a long time the 
game has been quite up. It is too evidently true. ]] 

Peirce never used the term “phaneroscopy” before 1904, but he says here that he 
was already studying what he now calls phaneroscopy in his twenties, especially 
in the period of intense work leading up to the “New List” (1867). The curious 
term “phanerochemy” seems to indicate that Peirce at that time was already 
applying concepts drawn from chemistry to his study of the phaneron, i.e. to 
phenomenology. 

Peirce also distinguishes here between “the qualitative differences between the 
different elements of thought” on the one hand and the “differences of 
quantitative complexity” among these “elements” on the other. This corresponds 
to the distinction he makes elsewhere between the “material categories” and the 
“formal categories” (or “formal elements” of the phaneron); and as he also says 
elsewhere, he abandoned research on the qualitative/material categories, and 
from then on devoted his efforts to studying the triad of quantitative/formal 
elements of the phaneron.

This is where the connection with chemistry comes in. To put it in simplest 
terms (which a physical chemist would no doubt consider oversimplified), the 
quantitative/formal aspect of a chemical element is its external relations with 
other elements, quantified as the “valency” which determines how its atoms can 
combine with other atoms to form molecules. In the periodic table of the 
elements, those arranged in each column (not row) have the same valency, 
roughly speaking. But the analogy between chemical elements and formal elements 
of the phaneron has its limits: for one thing, it is “evident” to Peirce that 
there is only a triad of phaneroscopic elements, but the number of valencies in 
chemistry can go much higher. My next post will explore how all this translates 
into medads, monads, dyads etc. — and into EGs.

Gary f.

} You see and understand only what your eye of practice can reach. [Dogen] {

http://gnusystems.ca/wp/ }{ Turning Signs gateway

 

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