Showing posts with label undistributed middle. Show all posts
Showing posts with label undistributed middle. Show all posts

Thursday, September 14, 2023

Two Kinds of Association in Our Conscious and Subconscious Minds

In my 2008 book Montessori, Dewey, and Capitalism (86), I wrote:

Freud was the first to identify that humans possess a dynamic, integrating subconscious, the activities of which he called primary process; he called the activities of the conscious mind secondary process. The subconscious is the portion of the mind that we are not aware of, so when asleep all activity of the mind is subconscious; when awake whatever we are not currently focusing on is subconscious. “Dynamic” means continuously active in the sense that our minds are constantly making connections whether we are awake or asleep; if awake, the connections are being made whether we are aware of what is going on in our minds or not. In short, the subconscious can be thought of as a “connection-making machine” (with no concessions to mechanistic materialism intended).
Dreams are the prototype of the subconscious, observed Freud, but dreams are often distorted and illogical (or certainly less logical than the processes of the conscious mind). But, he continued, and insisted throughout his career, every action of our minds has a cause. What is the exact nature of these subconscious mental processes? And what causes the connections that are made?
 
Psychiatrist Eilhard von Domarus (cited in Independent Judgment and Introspection, 89n8), based on his work with schizophrenics, hypothesized that the subconscious, at least in part, and subsequently called the Von Domarus principle, is guided by the formal fallacy in logic called the undistributed middle term. For example, in the syllogism: all dogs are four-legged animals; all cows are four-legged animals; therefore, all dogs are cows, the middle term is the one that appears in each premise but not in the conclusion. Four-legged animals is the middle term that is not distributed, which means that because four-leggedness is in the predicate of both premises neither accounts for all four legged animals. That dogs and cows have four legs does not mean they are otherwise the same.
 
The fallacy is one of overgeneralization—assuming that because two things have one attribute in common, they are overall the same. Young children, until they learn better, make the dogs-and-cows mistake. Members of indigenous tribes (or other adults who are being careless) also make the mistake.
 
And schizophrenics have drawn conclusions like this: The Virgin Mary is a virgin; I am a virgin; therefore I am the Virgin Mary. The predicate term “virgin” is not distributed. Or, they have said: Switzerland loves freedom; I love freedom; therefore I am Switzerland.
 
Silvano Arieti (229-41), agreeing with von Domarus, called the logic of our subconscious primary process “paleologic” and the reasoning of our conscious secondary process “Aristotelian.” The former is paleo because it is old or archaic, predating our educated control of thoughts using Aristotle’s discoveries, especially his three laws of logic. Children have not yet learned the skill of competent reasoning and schizophrenics in their psychotic episodes are living “waking dreams,” having fled reality and being controlled entirely by their subconscious (“flight from the unsatisfying reality” in Freud’s words).
 
Arieti recognized that the errors of schizophrenics are errors of association and generalized them, in somewhat less technical terms than the fallacy of undistributed middle, as the identity of predicates. The schizophrenic, young child, and indigenous person assume that because the predicates in their thoughts are identical, their subjects must overall be the same.*
 
When we are fully conscious, our subconscious is still operating and can make seemingly random associations, but the associations are not totally random. For example, a friend at dinner complains that the food is not well cooked, so I might say, “By association, that reminds me of last week when I was served almost raw chicken,” the predicate being poorly cooked food. And we often experience similar kinds of associations.
 
What determines the selection of predicate, considering that there exists a nearly unlimited field of possible predicates? “Emotional factors,” says Arieti (236). These emotional factors are especially important in understanding schizophrenics, who frequently come up with enormously bizarre connections not unlike those made in dreams. In last month’s post I made passing reference to one’s “private meanings” in understanding the meaning of symbols in dreams. Neither Freud (that I have read so far) nor Arieti use these words, but private meaning is on the Freud Museum’s website. Knowing a person’s emotions and emotional generalizations helps explain seemingly arbitrary associations.**
 
What these associations of the subconscious mind are not are the associations—let me now call them connections—of concept formation, the secondary process of the reasoning mind.
 
We now are talking about two different kinds of association.
 
The conscious mind is able to both connect and keep separate two entities with the same characteristic. The dog has four legs and the cow has four legs, but a cow and a dog are not overall the same. When we form concepts we look for fundamental or essential similarities.
 
Ayn Rand (45-46) gives us the rule of fundamentality to enable us to dismiss four-leggedness as the most essential characteristic of dogs or opposable thumbs, for example, as the essential distinguishing characteristic of human beings. The rule also allows us to dismiss the fact that all humans are capable of building roads, which other animals cannot do, but “building roads” is not the essence of being human. The rule says that the essential distinguishing characteristic of a concept must cause and explain all or most of the other distinguishing characteristics. This gives us the fundamental characteristic(s) and only the capacity to reason meets the rule (and causes and explains the ability to build roads).
 
This process is the operation of Aristotelian logic at its best. The conscious secondary process gives us control, should we choose to exercise it, over the content and processes of our minds.
 
The paleologic of the subconscious mind cannot, and does not, follow the rule of fundamentality. It follows the rule of “identity of predicates.”
 
Having said this, we can to some extent still control our subconscious mind. If we focus and volitionally exercise our conscious Aristotelian logic over time, we can correct the errors of the subconscious.
 
We can also influence the subconscious in problem solving of the creative process. When working on a problem—say, writing an essay—we usually beforehand must do a certain amount of research and thinking about the issue, building up a substantial context for the problem. To sleep on it, a suggestion some of our teachers may have taught us, now allows our associational subconscious to go to work. Sometimes, not always, we may have a solution or part of a solution the next morning.
 
And, occasionally, when I’ve seen a particularly distressful movie, I have been able to tell my subconscious at bedtime, “I don’t want to dream about this,” and often it works.
 
The significance for Freud of primary process in its dream operations, and especially for purposes of psychotherapy, is that the process is essentially the same process operating in the formation of neurotic symptoms, namely condensation and displacement. What seem to be random associations are condensed and displaced emotions with the ideation, the ideas originally associated with the emotions, repressed. And, identity of predicates and overgeneralization are more specific operations in the formation of these symptoms, which will be discussed next month.
 
 
* A valid Aristotelian syllogism, for example, would be: all dogs are four-legged animals; Fido is a dog; therefore, Fido is a four-legged animal. “Dog” is the middle term and is distributed in the first, major premise, because it tells us all dogs are four-legged. Aristotelian logic focuses primarily on the classification of subjects, rejecting the identity of predicates. In this syllogism the subject Fido is a member of the category “dogs” and therefore has four-legs. Arieti (236) is mistaken when he writes, “In Aristotelian thinking only identical subjects are identified.” It is more complicated than that. In the above syllogism, the subject of the conclusion is identified as belonging to the predicate of the major premise.
 
** And by association, “private meanings” reminds me of Alfred Adler’s private logic “to indicate neurotic reasoning, [though his] followers, including [Rudolf] Dreikurs, broadened [the term] to cover thinking patterns of both normal and abnormal psychologies” (Independent Judgment, 65-66n26). Emotion is probably the guiding link in all associations that our conscious or subconscious minds make. (Cf. Freud on wish fulfillment in dreams as discussed in last month’s post.) Subconscious “emotional generalization” is what psychologist Edith Packer has called the effect of repeated, habitual emotional responses to similar persons, objects, or events, formed—by association—without explicit conceptual identification (1, chap. 3; 2).

Tuesday, January 20, 2009

The Von Domarus Principle and the Nature of the Subconscious Mind

As I state in Montessori, Dewey, and Capitalism (p. 86), Freud was first to identify that we possess a dynamic, integrating subconscious mind, “dynamic” meaning continuously active and making connections whether we are awake or asleep. Thus, when we are asleep, our subconscious mind is constantly operating, connecting our many experiences of the previous day, week, or years, oftentimes manifesting the connections in dreams. But dreams are notoriously illogical and sometimes bizarre. What is the actual nature of the subconscious mind and what is its mode of operation?

We have a sense of how the conscious mind works. We direct attention to specific facts or events, identify and evaluate those facts or events, and as a result of the evaluation experience a favorable or unfavorable emotion. The knowledge, evaluations, and emotions then are stored in our memories, that is, in our subconscious minds for later retrieval and use. Thus, the subconscious is a valuable storehouse of all of our previous experiences. How well the storehouse is organized determines how easily or difficultly we can retrieve and use what is there. It is the conscious mind that directs this organization.

But how does the subconscious operate when it is not being controlled by the conscious mind, such as in our sleep or when we are focused elsewhere? Psychiatrist Eilhard von Domarus, in describing the thought processes of schizophrenics, posed a fascinating hypothesis about how the subconscious might operate. Because schizophrenics seem to have lost conscious control of their minds, they apparently exhibit raw, subconscious reasoning. And that reasoning is exemplified by the fallacy of undistributed middle, the error in thinking and form of overgeneralization that holds that if two subjects possess the same predicate, they are then the same. For example, dogs and cows both are four-legged animals, therefore all cows are dogs. The thinking is illogical and requires the attention and control of the conscious mind. The less educated, of course, commit the same error, but a major objective of education is to increase the child’s and adult’s conscious control over thought processes. When left uncontrolled, the implication is that the illogical processes of the subconscious take over, making less than rational connections. The illogic of this “von Domarus principle” would explain our more bizarre dreams.*

The von Domarus principle has been criticized as the result of subsequent studies (1, 2), but most of those experiments conclude only that schizophrenics do not exclusively use undistributed middle and/or that healthy people also commit the same fallacy. The more general conclusion to be drawn from the von Domarus principle is that if schizophrenics are left defenseless with no control over their behavior by the conscious mind, then their mental functioning may well represent the raw expression and operation of the subconscious. Obviously, more thought and study is needed to fully describe the subconscious mind. That the psychological profession today does not even acknowledge the existence of a subconscious mind indicates how far the science of inner reality must go to explain its subject.

Knowledge of the subconscious mind would enable us to harness its dynamic, connection-making powers by understanding not just its operation in sleep or mental illness, but also its role in aiding and influencing our everyday mental functioning. The more intelligent person, for example, is generally acknowledged to be the one who sees and understands connections among ideas before others who are slower. How does this happen? Is it a better organized subconscious mind than that of the slower thinker? Is it greater interest in the topic that drives the subconscious to look for specific connections? The more intelligent do not always possess greater knowledge about a subject than the less intelligent when hitting upon new connections. What is the role of the amount of knowledge one possesses in leading to quick links? And, of course, is there a genetic component in intelligence and how does this contribute to the efficient and effective operation of the subconscious? These are the questions that a science of the subconscious, if such existed, should be studying.

The dynamic subconscious is a powerful mental tool that can and should enable us to enjoy life by means of a well-ordered mental structure, a conscious mind interacting without obstacles or inhibitions with the subconscious to guide us smoothly to the achievement of our goals. Lack of knowledge of how this interaction takes place makes it more difficult for many of us to move forward without unnecessary extra effort to correct the organization of our minds. It is psychology that needs to give us this knowledge.


*Eilhard von Domarus, “The Specific Laws of Logic in Schizophrenia,” in J. S. Kassanin, ed., Language and Thought in Schizophrenia (Berkeley and Los Angeles: University of California Press, 1944), 104-14.