Triadic Sign Relations In Practice

I think it might be a good idea to start a thread
on what sign relations are good for in practice.

The type of practical situation I have in mind can be described
as follows.  We find ourselves faced with a circumscribed domain
of phenomena that interest or puzzle us, and we seek explanations
of their more surprising aspects.  So far, that's just the setting
of science in general.  If the phenomena have anything to do with
the way we use signs to capture and convey information about any
number of object domains, then it's likely the sign-theoretic
toolbox will come in handy.

So let's go back to the basic setup that we noted already.
I gave the following synopsis of concepts and terminology:

| A ''sign relation'' is a set of elementary sign relations,
| each of which is an ordered triple of the form (o, s, i).
| In each triple, o is the "object", s is the "sign", and
| i is the "interpretant sign", or "interpretant" for short.
| Another way of saying this is that a sign relation L is
| a subset of the cartesian product O x S x I of three sets,
| called the "object domain" O, the "sign domain" S, and the
| "interpretant (sign) domain" I.
|
| That is the basic structure of a sign relation,
| to which may be added many other dimensions of
| interest, for instance, determination in time
| or relative clarity of signs and interpretants.
|
| As far as an "interpreter", "interpretive agent",
| or "process of interpretation" is relevant to the
| theory of sign relations, it may be identified with
| the whole of some particular sign relation.
|
| Cf. http://planetmath.org/encyclopedia/SignRelation.html

What makes any old triadic relation a sign relation
is the fact of its satisfying a definition thereof,
and Sean Barker has already cited one of the best,
which is useful to quote again in fuller context:

| Logic will here be defined as ''formal semiotic''.
| A definition of a sign will be given which no more
| refers to human thought than does the definition of
| a line as the place which a particle occupies, part
| by part, during a lapse of time.  Namely, a sign is
| something, ''A'', which brings something, ''B'', its
| ''interpretant'' sign determined or created by it,
| into the same sort of correspondence with something,
| ''C'', its ''object'', as that in which itself stands
| to ''C''. It is from this definition, together with a
| definition of "formal", that I deduce mathematically
| the principles of logic.  I also make a historical
| review of all the definitions and conceptions of logic,
| and show, not merely that my definition is no novelty,
| but that my non-psychological conception of logic has
| ''virtually'' been quite generally held, though not
| generally recognized. (C.S. Peirce, NEM 4, 20-21).
|
| http://www.cspeirce.com/menu/library/bycsp/l75/l75.htm

Et sic deinceps ...

Jon Awbrey

CC: Arisbe, Inquiry

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