Combining Philosophers

Ideas for Paul Audi, Harr,R./Madden,E.H. and William James

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27 ideas

14. Science / A. Basis of Science / 1. Observation
Scientific genius extracts more than other people from the same evidence [James]
     Full Idea: What is the use of being a genius, unless with the same scientific evidence as other men, one can reach more truth than they?
     From: William James (The Sentiment of Rationality [1882], p.40)
     A reaction: This is aimed at Clifford's famous principle. He isn't actually contraverting the principle, but it is a nice point about evidence. Simple empiricists think detectives only have to stare at the evidence and the solution creates itself.
14. Science / A. Basis of Science / 6. Falsification
Experimenters assume the theory is true, and stick to it as long as result don't disappoint [James]
     Full Idea: Each tester of the truth of a theory …acts as if it were true, and expects the result to disappoint him if his assumption is false. The longer disappointment is delayed, the stronger grows his faith in his theory.
     From: William James (The Sentiment of Rationality [1882], p.42)
     A reaction: This is almost exactly Popper's falsificationist proposal for science, which interestingly shows the close relationship of his view to pragmatism. Believe it as long as it is still working.
14. Science / B. Scientific Theories / 1. Scientific Theory
Clavius's Paradox: purely syntactic entailment theories won't explain, because they are too profuse [Harré/Madden]
     Full Idea: Clavius' Paradox shows that a theorem-like structure organised by entailments cannot be identified as a scientific explanation by reference to syntactical criteria, since it shares its syntactic criteria with many other theorem-like structures.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.3)
     A reaction: I think I was pretty convinced that a scientific theory had to meet more than mere syntactic criteria, before I encountered this idea. Lewis's account of laws may have to face this objection.
Simplicity can sort theories out, but still leaves an infinity of possibilities [Harré/Madden]
     Full Idea: Whatever simplicity criterion is chosen for theories, it can at best sort out strata of explanations of equal simplicity, each stratum containing infinitely many items.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.I)
     A reaction: [They cite Katz 1962 for this] This sounds to me like a purely technical result, where pragmatics would narrow the plausible theories right down. The 'Paradox of Clavius' is behind the idea (with an infinity of possible middle terms).
The powers/natures approach has been so successful (for electricity, magnetism, gravity) it may be universal [Harré/Madden]
     Full Idea: The marvellous success in science of the powers/natures formula as a guide to research naturally leads to an attempt at a universal application of such a powerful schema. The electric and magnetic and gravitational fields are known by their powers.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 9.III)
     A reaction: This is a wonderfully heroic, and accurate, opposition to the prevailing accounts of science when they wrote. The laws, processes and equations of science and just part of a description of the natures and basic powers of what exists.
14. Science / B. Scientific Theories / 2. Aim of Science
Theories are practical tools for progress, not answers to enigmas [James]
     Full Idea: Theories are instruments, not answers to enigmas, in which we can rest. We don't lie back upon them, we move forward, and, on occasion, make nature over again by their aid. Pragmatism unstiffens all our theories, limbers them up and sets each one to work.
     From: William James (Pragmatism - eight lectures [1907], Lec 2)
     A reaction: This follows his criticism of the quest for 'solving names' - big words that give bogus solutions to problems. James's view is not the same as 'instrumentalism', though he would probably sympathise with that view. The defines theories badly.
We prefer the theory which explains and predicts the powers and capacities of particulars [Harré/Madden]
     Full Idea: There are competitive models of the nature of things and materials, and that one is chosen which is successful in explaining the most powers and capacities of particulars and in leading to the discovery of hitherto unsuspected powers and capacities.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 8.III)
     A reaction: If the powers and capacities are what get explained, what exactly does the explaining? If you says 'essences', you then have to characterise essences in some other way. I vote for basic powers as primitive. - but Idea 15302.
Science investigates the nature and constitution of things or substances [Harré/Madden]
     Full Idea: The task of natural science is to investigate the nature of a thing or substance, and to test hypotheses as to the constitution of that thing or substance.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 1.IV)
     A reaction: This seems to suggest that science is only concerned with the very small, but it would include facts such as the dramatic change of a lump of uranium when it grows bigger.
14. Science / B. Scientific Theories / 3. Instrumentalism
True thoughts are just valuable instruments of action [James]
     Full Idea: The possession of true thoughts means everywhere the possession of invaluable instruments of action.
     From: William James (Pragmatism - eight lectures [1907], Lec 6)
     A reaction: It looks to me like we should distinguish 'active' and 'passive' instrumentalism. The passive version says there is no more to theories and truth than what instruments record. James's active version says truth is an instrument for doing things well.
Pragmatism says all theories are instrumental - that is, mental modes of adaptation to reality [James]
     Full Idea: The pragmatist view is that all our theories are instrumental, are mental modes of adaptation to reality, rather than revelations or gnostic answers to some divinely instituted world enigma.
     From: William James (Pragmatism - eight lectures [1907], Lec 5)
     A reaction: This treats instrumentalism as the pragmatic idea of theories as what works (and nothing more), with, presumably, no interest in grasping something called 'reality'. Presumably instrumentalism might have other motivations - such as fun.
14. Science / C. Induction / 3. Limits of Induction
We can't know if the laws of nature are stable, but we must postulate it or assume it [James]
     Full Idea: That nature will follow tomorrow the same laws that she follows today is a truth which no man can know; but in the interests of cognition as well as of action we must postulate or assume it.
     From: William James (The Sentiment of Rationality [1882], p.39)
     A reaction: The stability of nature is something to be assessed, not something taken for granted. If you arrive in a new city and it all seems quiet, you keep your fingers crossed and treat it as stable. But revolution or coup could be just round the corner.
Conjunctions explain nothing, and so do not give a reason for confidence in inductions [Harré/Madden]
     Full Idea: 'Going together' is irrelevant as an explanation, and that is precisely why it is useless as a reason for having confidence in inductive inferences.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 4.I)
     A reaction: I suspect that the deep underlying question is whether the actual world has modal features - that is, are dispositions, rather than mere categorical properties, a feature of the actual. Is this room full of possibilities? Yes, say I.
Hume's atomic events makes properties independent, and leads to problems with induction [Harré/Madden]
     Full Idea: The atomicity of Humean events ensures the sequential independence of properties, ...and this in turn leads to the Humean problem of induction.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 6.IV)
     A reaction: This strikes me as pretty good analysis of what has gone wrong with the Humean account. As far as I can see, the 'problem' of induction just doesn't occur in scientific essentialism.
14. Science / C. Induction / 5. Paradoxes of Induction / b. Raven paradox
Contraposition may be equivalent in truth, but not true in nature, because of irrelevant predicates [Harré/Madden]
     Full Idea: The question about Hempel's Paradox is whether contraposition is not only equivalent in truth, but equivalent tout court. It forcibly inserts new predicates into a context of properties known to be connected by nature.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.I)
     A reaction: [compressed] This seems to capture quite nicely the intuition most people have (which makes it a 'paradox') that the equivalent predicate is irrelevant to the immediate enquiry. The paradox is good because it forces the present explanation.
The items put forward by the contraposition belong within different natural clusters [Harré/Madden]
     Full Idea: If empirical predicates are linked in clusters, contraposition of (black, raven) would carry one via such pairs as (shoe, white) into a different empirical cluster, or no cluster at all.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.I)
     A reaction: This is, of course, addressed to Hempel's Raven Paradox. Those paradoxes now strike me as relics of a time when Humean empiricism and logic were thought to be the best approaches to scientific theory. Harré and Madden pioneered a better view.
The possibility that all ravens are black is a law depends on a mechanism producing the blackness [Harré/Madden]
     Full Idea: The generating mechanism that produces black raven-like beings is assumed in the according of potential law status to the statement that all ravens are black.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.III)
     A reaction: This is a very nice succinct statement of what I take to be the scientific essentialist view of induction. It isn't about building up Humean habits of regularity, but of gradually inferring explanatory mechanisms, which might even give necessities.
14. Science / C. Induction / 6. Bayes's Theorem
Trying to assess probabilities by mere calculation is absurd and impossible [James]
     Full Idea: The absurd abstraction of an intellect verbally formulating all its evidence and carefully estimating the probability thereof solely by the size of a vulgar fraction, is as ideally inept as it is practically impossible.
     From: William James (The Sentiment of Rationality [1882], p.40)
     A reaction: James probably didn't know about Bayes, but this is directed at the Bayesian approach. My view is that full rational assessment of coherence is a much better bet than a Bayesian calculation. Factors must be weighted.
14. Science / D. Explanation / 1. Explanation / b. Aims of explanation
Only changes require explanation [Harré/Madden]
     Full Idea: Only changes require explanation.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 9.I)
     A reaction: This points to powers as the fundamentals of all explanations, whereas if stasis also has to be explained then structures and matter have to be explained. Why is there something rather than nothing? No explanations allowed!
14. Science / D. Explanation / 1. Explanation / c. Direction of explanation
If explanation is by entailment, that lacks a causal direction, unlike natural necessity [Harré/Madden]
     Full Idea: Natural necessity involves causal directionality as an essential element, while entailment as a purely logical relation does not.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.V)
     A reaction: If there is a naturally necessary relation between an eclipse and its cause, the directionality of that doesn't seem to arise from the mutual relation between the two. You have to add time's arrow, or causation's arrow.
Powers can explain the direction of causality, and make it a natural necessity [Harré/Madden]
     Full Idea: The concept of power can be used to explain the temporal directionality of the concept of causality, and, at the same time, makes that causality a genuine case of natural necessity.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 7.V)
     A reaction: I'm not sure that powers actually 'explain' causal direction. It seems more like transferring the directionality from the process to its source. You are still left with brute directionality.
14. Science / D. Explanation / 2. Types of Explanation / a. Types of explanation
Two things being identical (like water and H2O) is not an explanation [Audi,P]
     Full Idea: If there is identity between water and H2O, we have neither the asymmetry nor the irreflexivity that explanations require.
     From: Paul Audi (Clarification and Defense of Grounding [2012], 3.3)
     A reaction: Once you realise it is H2O, you understand its deeper features, which will open up new explanations. He's right, though.
14. Science / D. Explanation / 2. Types of Explanation / g. Causal explanations
There are plenty of examples of non-causal explanation [Audi,P]
     Full Idea: There are a number of explanations where it seems clear that causation is not involved at all: normative grounded in non-normative, disposition grounded in categorical, aesthetic grounded in non-aesthetic, semantic in social and psychological.
     From: Paul Audi (Clarification and Defense of Grounding [2012], 3.3)
     A reaction: Apart from dispositions, perhaps, these all seem to be experienced phenomena grounded in the physical world. 'Determination' is the preferred term for non-causal grounding.
14. Science / D. Explanation / 2. Types of Explanation / i. Explanations by mechanism
If the nature of particulars explains their powers, it also explains their relations and behaviour [Harré/Madden]
     Full Idea: If we see that certain powers and capacities are explained by the nature of certain particulars and are necessarily attendant upon them, then we have an explanation of why certain things must go together and happen as they do.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 4.I)
     A reaction: They are offering this as an account of induction, as well as of explanation, and it is a nice summary of the account which I take to be correct.
Powers and natures lead us to hypothesise underlying mechanisms, which may be real [Harré/Madden]
     Full Idea: Usually in science the powers/natures formula does lead to the imagining of hypothetical mechanisms which might be discovered to be real.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 9.III)
     A reaction: The underlying mechanism is what I take Aristotle to have proposed, and it is the instinctive explanation by children (charted by Susan Gelman).
14. Science / D. Explanation / 2. Types of Explanation / j. Explanations by reduction
We have a passion for knowing the parts of something, rather than the whole [James]
     Full Idea: Alongside the passion for simplification …is the passion for distinguishing; it is the passion to be acquainted with the parts rather than to comprehend the whole.
     From: William James (The Sentiment of Rationality [1882], p.22)
     A reaction: As I child I dismantled almost every toy I was given. This seems to be the motivation for a lot of analytic philosophy, but Aristotle also tended to think that way.
Solidity comes from the power of repulsion, and shape from the power of attraction [Harré/Madden]
     Full Idea: Solidity is the effect of a power of repulsion between whole things, and shape is the effect of a power of attraction between parts of whole things.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 9.II.B)
     A reaction: This sounds a bit too neat in its division, but it shows nicely how a metaphysics with powers can deal with categorical properties. The question, remains, though of what is doing the repelling and attracting. Fields, they say.
14. Science / D. Explanation / 2. Types of Explanation / k. Explanations by essence
Essence explains passive capacities as well as active powers [Harré/Madden]
     Full Idea: Capacities just as much as powers, what particulars and substances are liable to undergo as well as what they are able to do, are explained by reference to what the thing is in itself.
     From: Harré,R./Madden,E.H. (Causal Powers [1975], 1.II.C)
     A reaction: This is an important warning against trying to give the whole account in terms of powers - unless the capacities and structures and categorical properties can also be explained in terms of the basic powers.