To make psychology into experimental epistemology is to attempt to understand the embodiment of mind. Here we are confronted by what seem to be three questions, although they may ultimately be only one. The three exist as categorically disperate desiderata. The first is at the logical level: We lack an adequate, appropriate calculus for triadic relations. The second is the psychological level: We do not know how we generate hypotheses that are natural and simple. The third is that the physiological level: we have no circuit theory for the reticular formation that marshals our abductions. Logically, the problem is far from simple. To be exact, no proposed theory of relations yields a calculus to handle our problem. When I was growing up, only the Aristotelian logic of classes was ever taught, and that badly. The Organon itself contains only a clumsy description of the apagoge - perhaps from the notes of some students who have not understand his master...
Warren S. McCullochRelated topics
aristotelian attempt calculus description desideratum embodiment epistemology experimental far formation growing handle hypothesis lack master mind natural perhaps problem psychology second simple teach third three relations Marshals NOTES questionsRelated quotes
And this in turn makes it plain that the Right Man problem is a problem of highly dominant people. Dominance is a subject of enormous importance to biologists and zoologists because the percentage of dominant animals - or human beings - seems to be amazingly constant. Bernard Shaw once asked the explorer H. M. Stanley how many other men could take over leadership of the expedition if Stanley himself fell ill; Stanley replied promptly: "One in twenty." "Is that exact or approximate?" asked Shaw. "Exact." And biological studies have confirmed this as a fact. For some odd reason, precisely five per cent - one in twenty - of any animal group are dominant - have leadership qualities. During the Korean War, the Chinese made the interesting discovery that if they separated out the dominant five per cent of American prisoners of war, and kept them in separate compound, the remaining ninety-five per cent made no attempt to escape.
Henry Morton Stanley
The powers, and faculties, and principles that are necessary fully to comprehend all that we see and all that surrounds us, exist and have been bestowed on man by his beneficent Creator. Still, it is only by slow degrees that he is to become their master, acquiring knowledge, step by step, as he has need of its services, and learns how to use it. Such seems to be the design of Providence, which is gradually opening to our inquiries the arcana of nature, in order that we may convert their possession into such uses as will advance its own wise intentions. Happy are they who feel this truth in their character of individuals! Thrice happy the nations which can be made to understand, that the surest progress is that which is made on the clearest principles, and with the greatest caution! The notion of setting up anything new in morals, is as fallacious in theory as it will be found to be dangerous in practice.
James Fenimore Cooper
These examples point to the third and most fundamental aspect of the incommensurability of competing paradigms. In a sense that I am unable to explicate further, the proponents of competing paradigms practice their trades in different worlds. One contains constrained bodies that fall slowly, the other pendulums that repeat their motions again and again. In one, solutions are compounds, in the other mixtures. One is embedded in a flat, the other in a curved, matrix of space. Practicing in different worlds, the two groups of scientists see different things when they look from the same point in the same direction. Again, that is not to say that they can see anything they please. Both are looking at the world, and what they look at has not changed. But in some areas they see different things, and they see them in different relations one to the other. That is why a law that cannot even be demonstrated to one group of scientists may occasionally seem intuitively obvious to another.
Thomas Samuel Kuhn
The truth is that the mathematical sciences are growing in complete security and harmony. The ideas of Dedekind, Poincare, and Hilbert have been systematically developed with great success, without any conflict in the results. It is only from the philosophical point of view that objections have been raised. They bear on certain ways of reasoning peculiar to analysis and set theory. These modes of reasoning were first systematically applied in giving a rigorous form to the methods of the calculus. [According to them, ] the objects of a theory are viewed as elements of a totality such that one can reason as follows: For each property expressible using the notions of the theory, it is [an] objectively determinate [fact] whether there is or there is not an element of the totality which possesses this property. Similarly, it follows from this point of view that either all the elements of a set possess a given property, or there is at least one element which does not possess it.
Paul Bernays
Unfortunately... the philosophy of Aristotle laid it down as a principle, that the celestial motions were regulated by laws proper to themselves, and bearing no affinity to those which prevail on earth. By thus drawing a broad and impassable line of separation between celestial and terrestrial mechanics, it placed the former altogether out of the pale of experimental research, while it at the same time impeded the progress of the latter by the assumption of principles respecting natural and unnatural motions, hastily adopted from the most superficial and cursory and remark, undeserving even the name of observation. Astronomy therefore continued for ages a science of mere record, in which theory had no part, except in so far as it attempted to conciliate the inequalities of the celestial motions with that assumed law of uniform circular revolution which was alone considered consistent with the perfection of the heavenly mechanism.
John Herschel