Transcendental Signifier Argument
The argument
1. Any rational, coherent, and meaningful view of the universe must of necessity presuppose organizing principles (Ops)
2. OP's summed up in TS
3. Modern Thought rejects TS outright or takes out all aspects of mind.
4. Therefore, Modern thought fails to provide a rational, coherent, and meaningful view of the universe.
5. minds organize and communicate meaning
6. Therefore universal mind, offers the best understanding of TS
7. Concept of God unites TS with universal mind therefore offers best explanation
for a view that is Rational, Coherent, and Meaningful (RCM).
1-3
(1) Any rational, coherent, and meaningful view of the universe must of necessity presuppose organizing principles (Ops)OP 's make sense of the universe and explain hierarchies of conceptualization: effects need causes, conclusions are mandated by premises, meaning in language is organized by rules of grammar. (RCM (rational, coherent, and meaningful) = Hierarchical order).This premise is rooted directly in observation, a coherent view of the universe requires OPs, and observation. That a rational and coherent view requires a principle that organizes reality according to some aspect of logic or math should be obvious. That's really no different than saying to really understand things we need a logical coherent view. At this point the skeptic might assume that the argument is a design argument or that it is saying that “laws imply a law giver.” Jerome E. Bickenbach and Jackqueline M. Davis tell us that the argument “laws require a law giver” is the fallacy of equivocation.[1] Right they are, since scientists don't mean the term “laws” in the sense that early modern scientists such as Newton and Boyle meant it. They really meant a divine command that the universe must behave in a certain way. The term “law” is a hold-over from a former age. “The laws of physics, and other scientifically discovered laws of nature are principles formulated by scientists (not prescribed by lawmakers) in order to describe regularities and patterns observed in the natural world...while there may be a God this is not shown by taking the existence of laws of nature as evidence.”[2] Whether or not physical laws are evidence of God remains to be seen, but this argument is neither design nor laws imply a law-giver. First, it's not a design argument to the extent that the inference is not drawn from design per se. Design works through either fitness, function, or the resemblance to things we know are designed. Since it does turn upon order there is overlap with design, especially the latter kind (resemblance to known design). Yet the point of inference is not taken from resemblance to known design but to the all pervasive nature of necessary to contingent orderSecondly, the argument is not based upon the assumption laws imply a law giver. That idea assumes that physical laws are a simple list of rules mandated by a God. That concept of God is based upon the Suzerain model. The argument does not assume a set of rules but a more organic relation. The point of inference does not turn upon a set but upon one central, simple, and elegant idea that frames and grounds the metaphysical hierarchy in a single all-encumpasing first principle. Since I don't assume that scientists speak of “laws of physics” in the same way we speak of “laws of traffic” or The U.S, Code Annotated, or Black's Law Dictionary, then there is no fallacy of equivocation. How I connect physical “law” to a prescriptive sense without reducing description to prescription will be dealt with in chapter four.Above I point to grammar as an example of a TS. The skeptic might argue that grammar is just cultural, that would be wrong. First of all it doesn't have to be innate to be an example. If language is just cultural constructs ideas might still be formed in their function from logical necessity (not the actual signifiers themselves but the concepts to which they point). An example would be the logical rule A cannot be non A. That is not arbitrary, but self evident. A thing cannot be other than itself. Thus the logical law marks the fact as a road map marks geography, but like a map the two might not always line up. In that case, if grammar is a purely cultural construct, its still an example of hierarchical conceptualization. Secondly, there is a lot of good evidence that generative grammar is genetic. Children of one month old can distinguish between different phonemes in a language, such as “b” and “p.” Researchers know this by reaction of the infant to the sound. A phoneme is a unit of sound in a word. Two such studies are one by Kuhl and one by Scott, et al.[3] More on this in a subsequent chapter.Western thought has always assumed Organizing principles that are summed up in a single first principle (an ἀρχή) which grounds any sort of meaning: the logos or the transcendental signified (TS). When I have made this argument skeptics have argued that there is nothing in science called an “organizing principle.” One opponent in particular who was a physicist was particularly exercised about my use of this term. While there is no formal term such that scientists speak of the “organizing principles” along side laws of physics or Newtonian laws, they speak of organizing principles all the time. A google search resulted in 320,000,000 results.[4] On every page of this search we see articles by cell biologists, cancer researchers, environmental biologists. Mathematicians, physicists, and so on. Yes there are also articles by crack pots, new age mystics, people with all kinds of ideas. There is even a book by a physicist who argues that the scientific thinking of the poet and dramatist Johann Wolfgang Goethe is valid in modern terms of quantum theory. He talked about organizing principles.[5] An Article in Nature entitled “Organizing principles” discusses a famous experiment in developmental biology: in 1924 carried out by Hilde Mangold, a Ph.D. student in the laboratory of Hans Spemann in Freiburg. “It provided the first unambiguous evidence that cell and tissue fate can be determined by signals received from other cells…This experiment therefore demonstrated the existence of an organizer that instructs both neuralization and dorsalization, and showed that cells can adopt their developmental fate according to their position when instructed by other cells.”[6]viM.J. Bissell et. al. Discuss malignancy in breast cancer. “A considerable body of evidence now shows that cell-cell and cell-extracellular matrix (ECM) interactions are essential organizing principles that help define the nature of the tissue context, and play a crucial role in regulating homeostasis and tissue specificity.”[7] All objects in nature are connected to other objects. This can be demonstrated easily enough, as William Graham makes clear in discussing “Natures Organizing Principles.”[8] He turns to ecosystems as an example. Fish in a school work by individually possessed set of common principles such that they act in unison without a leader. These are not evidences of God they are not a design argument. They merely serve to bring home the point there are organizing principles about. I know this general informal use of the term does not mean that the Ops I want to talk about exist. But it is clear there are plenty of structures that organize and guide the way things turn out we do not have an understanding of what organizes the OP. Yet modern science still seeks a logos or a TS that would bind them all together and unite them in one over arching principle.A skeptic could argue that there are self organizing structures in nature. The self organizing structure supposedly doesn't require an outside source to exist, that would defeat the principle of the necessity of organizing principles. Self organizing systems do exist, although they may not be truly self organizing. A self organizing system is one in which the organization is decentralized or distributed throughout the system. Examples include crystallization (snow flakes), swarms of bees or birds, or neural networks. There are two problems with trying to use self organizing against OP's. First, there are contradictions within the concept. self organizing is part of dynamic structures, but dynamic laws operate locally. They can't produce large structures (like a universe).[9] Moreover,Extending the familiar notion of algorithmic complexity into the context of dynamical systems, we obtain a notion of “dynamical complexity”. A simple theorem then shows that only objects of very low dynamical complexity can self organize, so that living organisms must be of low dynamical complexity. On the other hand, symmetry considerations suggest that living organisms are highly complex, relative to the dynamical laws, due to their large size and high degree of irregularity.[10]Secondly, the term itself (“self organizing”) is a misnomer. Systems are not organizing themselves, they are being organized by physical laws and properties. As the Johns article points out self organizing systems are limited by “dynamical laws,” thus the prior conditions under which the system emerged (physical laws) is a limit on the system. An example of physical laws limiting self organizing is entropy.[11] The Gershen and Heylighen article shows that according to the second law of thermodynamics entropy in an isolated system can only decrease, thus, “[self organizing] systems cannot be isolated: they require a constant input of matter or energy with low entropy, getting rid of the internally generated entropy through the output of heat('dissipation')..”[12] John Collier finds that, “Self-organization requires an entropy gradient that is external. But this need contain no further organization...”[13] He goes on to say that new “selves” can emerge within the system but as stated above it does depend upon external forces. The article deals with self organizing systems and questions of identity. He defines self organizing as “a process by which larger scale (macro) order is formed in a system through the promotion of fluctuations at a smaller (micro) scale via processes inherent in the system dynamics, modulated by interactions between the system and its surroundings..”[14] Apparently even his definition of the process defeats the argument that self organizing is indicative of some kind of emergence from true nothingness. Some of the questions he explores include:1) What is the self that organizes ? 2) Why is it a self ? 3) What is it for a process to be inherent to the system dynamics ? 4) What does it mean for interactions with the surroundings to modulate rather than determine or control ? Maturana holds that there are no satisfactory answers to the first two of these questions, if for no other reason than that the self that supposedly organizes does not exist at the onset of organization. Self-organization appears to require a sort of lifting oneself by the bootstraps without having even boots at the beginning. Self-organization thus appears to be an oxymoron, or at least a misnomer. Autopoiesis is a self-producing process that presupposes an organized self (Maturana and Varela, 1992 : 43ff).[15]Collier finds that Maturana and Varele are wrong, Autopoiesis does not explain the process of self organizing. The “new self” that emerges is changed enough to deserve the name self organizing, but it is not a process whereby a self creates itself apart from external forces. Of course we need not think of God interacting with new entities as each new process comes up. Clearly there is a law-like regularity that must be set up in advance of the effects it produces. We explore that law-like regularity in chapter four (are laws of physics descriptive or prescriptive?). Suffice to say self organizing systems do not negate the necessity of a TSA skeptic who is a physicist pointed out to me that science doesn't recognize anything called an “organizing principle.” Yes it does, they just don't call it that. Sometimes they are called “laws of physics,” or “natural laws.” But the concept is not limited to laws. There is an organizing principle grounding and influencing anything organized. Alphabetical listings, political ideas against or for which the group needs to be organized, necessity and contingency, any principle which forms the basis for organizing something, but science recognizes this too. They are also called “causes.”
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