Theme: Operationalism

  • THE PROBLEM OF INCOMPLETE STATEMENTS OF TRUTH PROPOSITIONS Operationally, I cann

    THE PROBLEM OF INCOMPLETE STATEMENTS OF TRUTH PROPOSITIONS

    Operationally, I cannot rely upon the verb to be, particularly in the case ‘…is X true?’, which is platonic and obscurant, and must say instead “am I willing to…?” or “…can I…?” Carrying it further, I am not sure of the value of the statement ‘is X true’, because, outside of an analogy for proofs of consistency within a tautological system, I think as an incomplete statement, it is an empty statement. Instead, I would ask a complete question: ‘Is X sufficient for me to act at cost Y?’ which requires only knowledge of use, or ‘Is it ethical for me to claim that X is true, or is it merely an hypothesis?’ which requires knowledge of construction. We know it is never possible to say ‘X is ultimately true’, because, outside of reductio examples, we lack the ability to ever know if it is the most parsimonious set of statements (constructions) with the greatest explanatory power (empirical content).

    (Note: I’m getting closer. Not quite there yet. But very close.)


    Source date (UTC): 2014-06-19 00:10:00 UTC

  • Ack. Nothin’ but research all day today. Can’t seem to write a useful thing. But

    Ack. Nothin’ but research all day today. Can’t seem to write a useful thing. But it is interesting, from my drafts, that if you start writing a prioristic arguments in operational language it becomes very clear what they really mean. 🙂


    Source date (UTC): 2014-06-18 12:36:00 UTC

  • Worth Repeating

    **If you can’t state it operationally, then it’s merely an analogy. Analogies are informative, but they are not truth propositions.**

  • Worth Repeating

    **If you can’t state it operationally, then it’s merely an analogy. Analogies are informative, but they are not truth propositions.**

  • **If you can’t state it operationally, then it’s merely an analogy. Analogies ar

    **If you can’t state it operationally, then it’s merely an analogy. Analogies are informative, but they are not truth propositions.**


    Source date (UTC): 2014-06-18 00:44:00 UTC

  • PRAXEOLOGY AS THE A FAILURE TO DEVELOP ECONOMIC OPERATIONALISM? (important) I ha

    http://www.iep.utm.edu/con-math/MISES’ PRAXEOLOGY AS THE A FAILURE TO DEVELOP ECONOMIC OPERATIONALISM?

    (important)

    I have been working to reform anarcho capitalist (libertarian) arguments by translating them from troublesome kantian rationalism, into the transparent common language of science: ratio-empiricism. And, at least for the past few months, I’ve been struggling to develop a narrative structure that would allow me to easily demonstrate the solution to the promise of praxeology as a version of the broader problems addressed by Intuitionism, Operationalism and Constructivism: the search for the meaning of truth.

    That mises was another example of the multi-disciplinary failure of the common intuition that there is a problem with science and mathematics, and our application of science and math to other fields – particularly to economics and ethics. That is the conclusion that I have come to – it’s the logical positioning of Mises’ praxeology in the development of 20th century thought – albeit he was even less successful in economics than peers were in physics, math, logic and psychology.

    All the major disciplines went through a somewhat failed transformation and only psychology, which was most in need of reformation, fully adopted operationalism as “operationism”. And the result was experimental psychology and the success of experimental psychology versus the pseudoscience that dominated the field before hand.

    This narrative, positioning Misesian thought, provides a vehicle whereby I can describe Misesian arguments in the same context as those in physics, psychology, logic and mathematics. All of them as failed experiments in operationalism only because the authors did not and possibly could not look across disciplines and discover that they were merely adding or removing the properties desirable or not for their field of inquiry – but that they were all making similar arguments – ethical arguments.

    Why is this important? Because the requirements for construction and operational language, are not only logical but ethical. And while ethics has little place in mathematical principles, and physical laws, it has a great significance to the promise that one is advocating a truth in mathematical and physical propositions – and therefore not ‘polluting’ the intellectual domain with fallacies that might impact others’ work. But in the logic of cooperation we call ethics it is inseparable both from the promise that one is advocating a truth AND in the articulation of its principles and the laws that enforce those principles.

    If we had discovered operationalism in ethics first, then perhaps, we would have had an easier time justifying the additional burden that operationalism places upon physics, science, psychology math and logic – and we might have saved a century of pseudoscientific inquiry, just as Bridgman worried; and just as we have seen in a century of fallacious and immoral economics.

    The issue for us, in economics and in ethics, is that the problem of arbitrary precision in the construction of general rules – hypothesis, theories and laws – affects only the precision of economic laws in time, but not our ability to state those laws. However, unlike say, mathematics or logic, we never run into decidability in the logic of cooperation, because all phenomenon are reducible to human actions that are open to subjective testing (sympathetic experience). Unlike axiomatic systems such as math and logic, we are never short of information necessary for decidability. Humans are marginally indifferent in their preferences – which is why we can experience shared intent, cooperate, and empathize. As such we can always decide. Buridan’s Ass never starves. Information is always sufficient.

    Under operationalism and constructivism, truth is replaced by (algorithmic) proof as a primitive notion, and existence requires constructibility. This statement is possible to translate into the axiom that moral (ethical) propositions must be reducible to a series of human actions, open to subjective testing (sympathetic verification).

    The problem I face, and the work I must do, is merely in enumerating examples of axioms and laws in different fields and thereby demonstrating the problem of the sufficiency of information for deduction under arbitrary precision in the construction of hypotheses, theories, laws, and axioms; and then placing Mises’ work in the context of all fields struggling with the definition of truth (as ultimately performative – and therefore ethical). So positioning economics and ethics using performative truth, operationalism and constructivism will help demonstrate the concept across ALL domains of inquiry, rather than just within economics, ethics, physics, psychology, mathematics and logic. And thus eliminate the objections to performative truth, intuitionism, constructivism, and operationalism by demonstrating that all philosophical and logical disciplines rest upon the action that one claims to have demonstrated a truth.

    Unfortunately, we didn’t discover ethics first – perhaps had Mises solved the problem in ethics, other fields would have grasped the significance. Although, other fields have addressed ethics with softer variants of operationalism and construction – particularly science. They have never reformed ’truth’ as performative (operational and constructible). At least in the discipline of law, strict construction, original intent, and deliberate modification of law is an understood if not obeyed principle.

    But whether we retain the approximation of classical reasoning as a practical matter of utility, or adopt construction and operation as a requirement for attestable truth in other disciplines really doesn’t matter as much as in ethics, politics and law. Physics, science, psychology, math and logic are luxury goods and rarely involve involuntary transfer and provide an incentive for conflict. But, cooperation is a necessary good. Politics and law are necessary goods. Strict construction is necessary and beneficial since it permits the rational resolution of conflicts, and as such prevents them. Strict construction makes it impossible to use empty verbalisms to advocate involuntary transfers as ‘moral’.

    Under operationalism, performative truth, constructivism, the field of ethics, including the domains of criminal, unethical, immoral and conspiratorial, and conquest prohibitions, can be described as an objective uniform logic as Mises suggested it might be. We can construct a formal logic of cooperation – ethics. And, we can do it using ratio-scientific language, via operational and constructive means. We can do it in the common universal and transparent language of science using hypothesis, theory and law, and model our laws using axioms constrained by correspondence to this empirical laws. We do not need a cult or obscure continental language to do it. An irony perhaps that Mises did not grasp that he was justifying the logic of human action, which is by definition operational and constructive in an argumentative structure that was not operational nor constructive. In hindsight this approach is either humorous or tragic.

    The 20th century’s failed quest for a clearer definition of truth, is the narrative structure that I’ve been searching for. I just couldn’t find a way of talking about Mises’ work in the broader context of intellectual development. He clearly intuited the problem correctly, as did those in other fields, but besides having the Jewish obsession with words-as-reality, and the German obsession with authority, he did not understand math and science well enough, and certainly had no exposure to computer science and the problem of computability.

    As Hoppe states, Hayek failed as well, to move from the classical liberal and therefore psychological school of thought to the calculative rigor of logic by identifying property as the first and necessary object or unit of commensurability. He did understand the law and the common law, clearly, as the institutional means for resolving conflicts – better than anyone else as far as I know. But he did not grasp the difference between legal REASON (approximation necessary for discovery) and logical CALCULATION (precision necessary for truth). Nor between knowledge of use (correspondence as truth) and knowledge of construction (truth in existence). (Although I’m willing to admit that I might be the only person who currently does.)

    Later in life Mises appears to waffle a bit, if not reverse himself, but because of what appears to be his fascination with Kantian a priorism, he didn’t see the parallel between his (inarticulate) argument that economics was both empirical and logical, and reverse mathematics, in which one constructs necessary axioms after using empirical and logical means by which to approximate the solution to a problem.

    My original goal was to provide conservatives a vehicle for argument using what I saw as libertarian rationalism. Conversely, I wanted to make it impossible to conduct deceptive arguments in the religious, progressive and postmodern forms, but in doing so I found an answer to a century or more old conflict in the history of thought.

    And I think I can rescue mises and hoppe from the ‘fruitcake fringe’ of rationalist argument. Which is helpful. Since I want, like most, a plan to obtain liberty in my lifetime.

    Cheers

    Curt Doolittle

    The Philosophy of Aristocracy

    The Propertarian Institute

    Kiev, Ukraine

    Constructive Mathematics:

    http://www.iep.utm.edu/con-math/

    Mathematical Intuitionism:

    http://plato.stanford.edu/entries/intuitionism/

    Operationalism:

    http://plato.stanford.edu/entries/operationalism/

    Praxeology

    http://en.wikipedia.org/wiki/Praxeology


    Source date (UTC): 2014-06-17 06:22:00 UTC

  • THE IMPACT OF COMPUTER SCIENCE ON PHILOSOPHY It turns out that I’m not alone in

    THE IMPACT OF COMPUTER SCIENCE ON PHILOSOPHY

    It turns out that I’m not alone in this thought: computer science, which is operational (algorithmic) and constructivist(computable), has been replacing and will replace mathematics as the primary method of argument, and classical mathematics as well as Cantorian sets, will remain ‘verbal toolkits’ for the purpose of approximation (lower precision) which allow human minds to think in approximations (deductions) which can later be operationalized. That approach is what intuitionist mathematics recommends for example: discover necessary axioms then prove them.

    Does the operational constraint (algorithmic and computable) in computer science explain why philosophical thought leadership at least on the right and libertarian spectra is coming out of the computer science wing? Is that why austrian economics makes such sense to computer scientists? Or is it merely the skew in IQ distributions as talent follows money, leading to the saturation of technology with smart folk? Or is it a combination of both?

    Programming is pretty much like logic: an art of clear communication that can be conducted many ways. But databases are a bit more like philosophy of science: they must be constructed to correspond with reality. And both programming and databases force you to account for whether information is present for the purpose of making a choice – which is the problem of decidability (sufficiency of information presence) in all fields. Decidability is a serious problem as we create general rules with lower information density. We desperately want to create general rules in which the information is present for deduction. Because this limits the effort of cognition to something we can manage with our feeble minds.

    I learned physics first, computer science second, austrian economics third, and contemporary keynesian economics last. Austrian principles are intuitively constructionist (consisting of a sequence of human actions). And the ethics of voluntary transfer (the requirement that transfers are constructed of voluntary exchanges) are an operationalist’s method of testing each original/primitive/minimum activity (exchange) as ‘computable’ (decidable).

    I suppose that I have the luxury of a century of computing that Mises didn’t have, and the luxury of cognitive science and experimental psychology that Rothbard and Hoppe didn’t have. And I suppose as an operationalist (scientist) I have a higher demand for truth than did Mises, Rothbard or Hoppe. And as a software developer, I have learned that the human mind is an undisciplined creature and it is very difficult to demonstrate that we know what we claim to when we are forced to. Writing advanced software is terribly humbling. Engineering is terribly humbling. If only economics and law were as humbling as software and engineering. But teachers, lawyers and economists (at least those who recommend policy) are insulated from the failure of their models. Whereas in computer science and engineering, large sums of money can be lost, business opportunities lost, and people can die, and there is no one else to blame.

    So I don’t know if what I’ve done is all that smart – we stand on the shoulders of giants – but it was pretty hard to get to this point: where all of philosophy, all of the logics, and all fields, are reducible to a single problem of constructing theories (general rules) consisting of arbitrary precision of some sort or other (including or excluding properties of reality), while preserving the sufficiency of information for use in deduction (the confidence that our general rules allow us to conduct comparisons).

    In any event, it appears that far from being merely engineering, that the practice of software development, particularly in those cases where we deal with human machine interactions, is not subordinate to mathematics precisely because (now that over the past decade we have produced algorithmic equivalents) it is operational and therefore provable.

    And those of us working in ethics, myself in particular, can make use of this insight: that you cannot make a truth claim unless you can operationally construct the argument.

    That austrian economics is ‘correct’ in that it’s operationally moral.

    That praxeology failed because it is a fallacy as mises and rothbard defined it in pseudoscientific and false philosophical terms. Even if we give Kantian arguments some childish validity, we can say that they are useful only by analogy, not by construction and operation.

    Whereas, we can provide a superior explanation of economics, of the logic of cooperation, of the logic of human choice, and the necessity of human acquisition, by the simple acknowledgment of the necessit of property for incentives and economic calculation, the necessary morality of voluntary transfer and exchange, and the empirical analysis of emergent economic phenomenon, from which, like intuitionist mathematics, we explain as rational human actions.

    Curt Doolittle


    Source date (UTC): 2014-06-16 06:25:00 UTC

  • EVERY DISCIPLINE CAME CLOSE, BUT NONE SOLVED IT : TRUTH —“Truth is replaced by

    EVERY DISCIPLINE CAME CLOSE, BUT NONE SOLVED IT : TRUTH

    —“Truth is replaced by (algorithmic) proof as a primitive notion, and

    Existence requires constructibility.”—

    It’s interesting (telling?) that Bridgman did his work on Operationalism (in psychology, where I first came across it, it’s “Operationism”), because he understood that the only reason that Physics had not discovered Einstein’s relativity earlier, and the profession had spent years on fallacies, was because they didn’t practice operationalism: articulating (constructions) of all their ideas so that when they extended an abstract idea, they revisited all its underlying assumptions.

    Now, Operationalism is practiced in Psychology as a matter of course, and in as much of physical science as is possible without unnecessary constraint. But the problem remains extant in most disciplines where it has been addressed somehow or other by the mathematicians including Brouwer on in Intuitionist Mathematics, and from Poincare on in Constructivist Mathematics, and the logicians through Kripke and Goedel, and much less intelligently, Mises in Economics, and with less success in law, from the antebellum period through the present on Textualism, Originalism, and Strict Constructionism. And the concept is completely missing from ethics.

    Which is strange because **operationalism is an ethical not logical constraint** on our thinking. We cannot make honest truth claims without it, but that does not constrain us from making approximate deductions – explorations. Exploration is approximate by definition.

    So, I am once again at the realization that the failure of the greeks to solve the problem of free riding, property rights and voluntary exchange, and therefore ethics is the cause of so much of our intellectual failure over the centuries. The answer was sort of sitting there in law but no one seems to have really done much with it.

    And so uniting all the logics and all the branches of philosophy into a single contiguous, consistent system has been impossible. But it’s not impossible..

    It was just sitting there. I dunno. At this point it looks obvious. But that’s because I ran into the ‘economic calculation’ argument, and property rights. And when I did, everything else slowly fell into place. Because they are necessary rather than preferential statements. I think they may be the most important insight into logic that has ever occurred.

    I just don’t understand why it took us so long. Maybe we had to cook individualism sufficiently? I don’t know yet. That seems like the answer.


    Source date (UTC): 2014-06-15 14:45:00 UTC

  • CONCEPT(NAME) = FUNCTION({OPERATIONS}); A change in the concept requires change

    CONCEPT(NAME) = FUNCTION({OPERATIONS});

    A change in the concept requires change in the operations.

    —-“[any given] concept is synonymous with a corresponding set of operations. If the concept is physical, as of length, the operations are actual physical operations, namely, those by which length is measured; or if the concept is mental, as of mathematical continuity, the operations are mental operations, namely those by which we determine whether a given aggregate of magnitudes is continuous.”—

    A concept describes a function whose contents are algorithmic: a series of operations – a series of actions.

    That does not prohibit us from expressing fantasies as operations.

    HOwever, it does require that we discriminate between fantasies, pretentions and demonstrable operations.

    The square root of two is not a number – it cannot be. It is a function – it must be a function. As are all names of entities other than the natural numbers.

    The same applies for “JUSTICE”.


    Source date (UTC): 2014-06-15 12:15:00 UTC

  • OPERATIONALISM UNDER PROPERTARIANISM RENDERS POSTMODERNIST, CRITIQUE, AND KANTIA

    OPERATIONALISM UNDER PROPERTARIANISM RENDERS POSTMODERNIST, CRITIQUE, AND KANTIAN ARGUMENTS IMPOSSIBLE.

    LAUNDERING: Laundering actions and individuals via aggregation into symbols, objects and entities

    LOADING: Loading with emotional or moral sentiments

    FRAMING: Framing by selection of causes and properties

    OVERLOADING: Overloading by production of a multitude of

    CRITIQUE: Using all of the above to defend a straw man by attacking with overloading, framing, loading and laundering. An elaborate means of distraction from a hidden agenda.

    POSTMODERNISM: an attempt to conflate fact and value, such that value distorts fact.

    KANTIAN: an attempt to justify moral authority independent of experience.


    Source date (UTC): 2014-06-15 09:49:00 UTC