"A magisterial accomplishment that will be the standard in this field for years to come."--John D. Caputo, Villanova University "Outstanding, entirely original, absolutely groundbreaking.... It is quite simply the best account to date--and the best we can expect for decades in the future--of the philosophical development of Heidegger's early thought."--Thomas Sheehan, Loyola University "A magisterial accomplishment that will be the standard in this field for years to come."--John D. Caputo, Villanova University.

This essay takes up the issue of the impact of technology on jobs in modern workplaces, and the curricular challenges thereby engendered for vocational educators. Conceptions of the nature of workplaces are examined, along with conceptions of the types of skill needed. It is proposed that distinction be made between vocational education at the secondary school, and that beyond. At the secondary school, vocational education would be education about work, and the goal would be vocational literacy. This would constitute a (...) liberal vocational education. Beyond that, vocational education would be for jobs, but would include liberal features, such as general education course work, and training in job families. (shrink)

Theodore Lewis; Difficulties Attending the New Vocationalism in the USA, Journal of Philosophy of Education, Volume 25, Issue 1, 30 May 2006, Pages 95–108, http.

Putnam and Laudan separately argue that the falsity of past scientific theories gives us reason to doubt the truth of current theories. Their arguments have been highly influential, and have generated a significant literature over the past couple of decades. Most of this literature attempts to defend scientific realism by attacking the historical evidence on which the premises of the relevant argument are based. However, I argue that both Putnam's and Laudan's arguments are fallacious, and hence attacking their premises is (...) unnecessary. The paper concludes with a discussion of the further historical evidence that would be required if the pessimistic induction is to present a serious threat to scientific realism. (shrink)

The current emphasis that organisations are placing upon knowledge and the corresponding attention that workplace epistemological values are receiving within the educational community has resulted in an interesting convergence of discourses—school-based and work-based. Even as workplaces are tending toward abstraction over practice—based knowing, schools are being nudged into doing the reverse. The result of this ferment is that traditional barriers between these kinds of knowledge are being removed. As can be seen from workplace examples, it is possible for liberal learning (...) to be in the service of instrumental ends. So too schools may come to see more clearly the value of situatedness and team-work in the transaction of liberal learning. More generally, we see also new possibilities for retreat from received views about the worth of practical knowledge. (shrink)

One of the most eminent Heidegger scholars of our time, Theodore Kisiel has found worldwide critical acclaim, his particular strength being to set Heidegger's ...

Devoted to the rediscovery of Heidegger’s earliest thought leading up to his magnum opus of 1927, Being and Time.

Spontaneous collapse theories of quantum mechanics require an interpretation if their claim to solve the measurement problem is to be vindicated. The most straightforward interpretation rule, the fuzzy link, generates a violation of common sense known as the counting anomaly. Recently, a consensus has developed that the mass density link provides an appropriate interpretation of spontaneous collapse theories that avoids the counting anomaly. In this paper, I argue that the mass density link violates common sense in just as striking a (...) way as the fuzzy link, and hence should not be regarded as a problem-free alternative to the fuzzy link. Hence advocates of spontaneous collapse theories must accept some violation of common sense, although this is not necessarily fatal to their project. (shrink)

Why is science so rare and faith so common in human history? Traditional cultures persist because it is subjectively rational for each maturing child to defer to the unanimous beliefs of his elders, regardless of any personal doubts. Science is possible only when individuals promote new theories (which will probably be proven false) and forgo the epistemic advantages of accepting established views (which are more likely to be true). Hence, progressive science must rely upon the epistemic altruism of experimental thinkers, (...) while traditions of faith depend on the epistemic self-interest of their followers. (shrink)

Metaphysicians should pay attention to quantum mechanics. Why? Not because it provides definitive answers to many metaphysical questions-the theory itself is remarkably silent on the nature of the physical world, and the various interpretations of the theory on offer present conflicting ontological pictures. Rather, quantum mechanics is essential to the metaphysician because it reshapes standard metaphysical debates and opens up unforeseen new metaphysical possibilities. Even if quantum mechanics provides few clear answers, there are good reasons to think that any adequate (...) understanding of the quantum world will result in a radical reshaping of our classical world-view in some way or other. Whatever the world is like at the atomic scale, it is almost certainly not the swarm of particles pushed around by forces that is often presupposed. This book guides readers through the theory of quantum mechanics and its implications for metaphysics in a clear and accessible way. The theory and its various interpretations are presented with a minimum of technicality. The consequences of these interpretations for metaphysical debates concerning realism, indeterminacy, causation, determinism, holism, and individuality are explored in detail, stressing the novel form that the debates take given the empirical facts in the quantum domain. While quantum mechanics may not deliver unconditional pronouncements on these issues, the range of possibilities consistent with our knowledge of the empirical world is relatively small-and each possibility is metaphysically revisionary in some way. This book will appeal to researchers, students, and anybody else interested in how science informs our world-view. (shrink)

This paper presents a new solution to the problem of peer disagreement that distinguishes two principles of rational belief, here called probability and autonomy. When we discover that we disagree with peers, there is one sense in which we rationally ought to suspend belief, and another in which we rationally ought to retain our original belief. In the first sense, we aim to believe what is most probably true according to our total evidence, including testimony from peers and authorities. In (...) the second, we aim to base our beliefs only on objective evidence and argumentation, even if that lowers the probability of their being true. The first principle of rational belief tends to serve the short-term epistemic interests of individuals, while the second tends to serve the long-term epistemic interests of both individuals and groups. The best way to reconcile these principles in cases of peer disagreement is to associate them with two corresponding species of belief, here called perception and opinion. (shrink)

There are things of which it is true to say that there are no such things. How can we resolve this paradox? Panayot Butchvarov argues that there are objects of reference that are not also entities, where the former must merely be thinkable but the latter must be indefinitely re-identifiable. This paper argues that fictional and many other unreal objects are indeed indefinitely re-identifiable, so they must be counted as existing things on Butchvarov's theory. The paradox is best resolved by (...) distinguishing among domains of existence: Sherlock Holmes exists in the unrestricted domain of objects and in the fictional domain created by Conan Doyle, but not in the domain of the real world. Thus to exist and to be real are different things; all objects exist in some domain, but only real objects really exist. (shrink)

Issues of immunity from attack and the assignment of responsibility for civilian deaths are central to the modern war convention. Koontz addresses several difficulties with Walzer's treatment of noncombatant immunity in Just and Unjust Wars.

Interpretations of Quantum Mechanics Quantum mechanics is a physical theory developed in the 1920s to account for the behavior of matter on the atomic scale. It has subsequently been developed into arguably the most empirically successful theory in the history of physics. However, it is hard to understand quantum mechanics as a description of the … Continue reading Quantum Mechanics, Interpretations of →.

The main point of this article is that more credence should be given in teacher education to performative dimensions of teaching. I agree with David Carr that the requisite capabilities are probably best learned in actual schools. I employ Turnbull’s conception of performativity, which speaks of tacit cultural learning. Following Wilfred Carr I go back to Aristotle, and to debate between Gadamer and Habermas, before arriving at the view that expert teaching practice should be in the spirit of phronesis. The (...) article then proposes that school-university collaboration should be the standard motif of teacher preparation, the context within which the spirit of phronesis can be realized and modeled. (shrink)

The analytic hierarchy process (AHP) can be used to determine co-author responsibility for a scientific paper describing collaborative research. The objective is to deter scientific fraud by holding co-authors accountable for their individual contributions. A hiearchical model of the research presented in a paper can be created by dividing it into primary and secondary elements. The co-authors then determine the contributions of the primary and secondary elements to the work as a whole as well as their own individual contributions. They (...) can use the results to determine authorship order. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Journal of the History of Philosophy 40.1 (2002) 133-134 [Access article in PDF] Book Review Heidegger's Concept of Truth Daniel O. Dahlstrom. Heidegger's Concept of Truth. New York: Cambridge University Press, 2001. Pp. xxx + 462. Cloth, $59.95. This somewhat trite and overly generic English title, from a Heideggerian perspective, is better specified by the title of the German original, which was perhaps too provocative for an analytical English (...) audience conditioned by Carnap's critique of Heidegger: "The Prejudice of Logic: Investigations into the Theory of Truth of the Early Heidegger." The author's more-than-literal, amplifying and supplementing translation of his own German text of 1994 aims to face up to all the "hard interpretive decisions" (xxii) that Heidegger poses by leaving no German term uninterpreted or untranslated, including even Dasein as "being-here." The translation is thus more illuminating from the start in the sense in which "logic" too narrowly conceived and claimed to be the sole arbiter of truth becomes a "disabling" prejudice (xvi) rather than the "enabling prejudice" that logic normally is for any discourse and thought. Dahlstrom's focus is on the early and so "logical" Heidegger (1912-29), before he decided to lose even logic (better, "onto-theo-logic") in a more original tornadic "whirl" of abyssal questioning in the "turning." Hence, the opening pages point to Heidegger's quest for a more original philosophical (transcendental, phenomenological, ontological, hermeneutical) "logic of philosophy" (Emil Lask's phrase) that "produces" the fundamental concepts or categories for any field of being, including itself. This original productive logic of category formation "transcends" the formal logic of judgment while founding it.It is the transcendental and material logic that Heidegger found in Kant, which is oriented toward the spatio-temporal schematisms of the imagination that emerge from the transcendental aesthetic to mediate the application of the judicative forms of the understanding into befitting categories of reality. But Dahlstrom does not get around to detail this quasi-Kantian account of material logic, or Lask's version of it, which finds its fundamental stratum in the already categorized (i.e., conceptually interpreted) originally unitary object, prior to its distinction into form and matter, subject and predicate, etc. Lask calls this a priori categorized realm of intentionally structured meaning (intelligibility, truth) a "panarchy of the logos," which Heidegger will readily transform into his "hermeneutics of facticity" (double genitive: "life lays itself out, interprets itself") and identify with the prejudicative, prepredicative temporal realm of truth as "disclosedness" and "unconcealment." [End Page 134]But Dahlstrom does find, in Husserl's unpublished logic courses of the early twenties in which "Analyses of Passive Synthesis" are carried out, a "genetic logic" on the level of the "transcendental aesthetic" in the "complicated intentional systems" of the sensing human body situating itself by constituting the time and space of its world prepredicatively and prejudicatively, a "logic" or logos which accordingly "anticipates much of the analysis of being-in-the-world undertaken in Being and Time" (155). And yet Heidegger, who as Husserl's trusted assistant was granted generous access to such unpublished manuscripts, "remained silent" about these clear anticipations. Instead he criticizes Husserl publicly in his own courses, culminating in Being and Time, for neglecting the question of the "being of intentionality" as well as of the "sense" of being as such, which Heidegger finds in "timeliness" (Zeitlichkeit), the originary time of being-here. Yet in arriving at this temporal sense of being, Heidegger "clearly appropriates the horizonal (allegedly preobjective and presubjective) character of time-consciousness elaborated by Husserl." Why, then, "Heidegger's silence"? "These breakthroughs of Husserl's later thinking are not mentioned by Heidegger because he wants to appropriate them in his own way and without the framework out of which they arose. An injustice and a disservice is thus done to Husserl's phenomenology... [which is] the price of the philosophical maturity of its most famous student... [as] his thinking moves to a plane beyond the reach of Husserlian phenomenology and terminology" (169f).This in-depth discussion of Heidegger's relationship with Husserl... (shrink)

Interpretations of Quantum Mechanics Quantum mechanics is a physical theory developed in the 1920s to account for the behavior of matter on the atomic scale. It has subsequently been developed into arguably the most empirically successful theory in the history of physics. However, it is hard to understand quantum mechanics as a description of the … Continue reading Quantum Mechanics, Interpretations of →.

Putnam and Laudan separately argue that the falsity of past scientific theories gives us reason to doubt the truth of current theories. Their arguments have been highly influential, and have generated a significant literature over the past couple of decades. Most of this literature attempts to defend scientific realism by attacking the historical evidence on which the premises of the relevant argument are based. However, I argue that both Putnam's and Laudan's arguments are fallacious, and hence attacking their premises is (...) unnecessary. The paper concludes with a discussion of the further historical evidence that would be required if the pessimistic induction is to present a serious threat to scientific realism. (shrink)

This paper investigates the tenability of wavefunction realism, according to which the quantum mechanical wavefunction is not just a convenient predictive tool, but is a real entity figuring in physical explanations of our measurement results. An apparent difficulty with this position is that the wavefunction exists in a many-dimensional configuration space, whereas the world appears to us to be three-dimensional. I consider the arguments that have been given for and against the tenability of wavefunction realism, and note that both the (...) proponents and the opponents assume that quantum mechanical configuration space is many-dimensional in exactly the same sense in which classical space is three-dimensional. I argue that this assumption is mistaken, and that configuration space can be taken as three-dimensional in a relevant sense. I conclude that wavefunction realism is far less problematic than it has been taken to be. Introduction Non-separability The instantaneous solution The dynamical solution Invariance What is configuration space, anyway? Conclusion. (shrink)

Gini coefficients, which measure gross inequalities rather than their unfair components, are often used as proxy measures of absolute or relative distributive injustice in Western societies. This presupposes that the fair inequalities in these societies are small and stable enough to be ignored. This article presents a model for a series of ideal, perfectly just societies, where comfortable lives are equally available to everyone, and calculates the Gini coefficients for each. According to this model, inequalities produced by age and other (...) demographic factors, together with reasonable choices under equal opportunity, can raise the Gini coefficients for perfectly just societies to levels at least as high as those of any current Western country, and can as easily account for differences in Gini coefficients between such societies or within one such society over time. If Gini coefficients at these levels are possible for ideal societies without distributive injustice, then they should not be used as proxy measures of distributive injustice in real societies. (shrink)

This article offers a simple technical resolution to the problem of induction, which is to say that general facts are not always inferred from observations of particular facts, but are themselves sometimes defeasibly observed. The article suggests a holistic account of observation that allows for general statements in empirical theories to be interpreted as observation reports, in place of the common but arguably obsolete idea that observations are exclusively particular. Predictions and other particular statements about unobservable facts can then appear (...) as deductive consequences of such general observation statements, rather than inductive consequences of other particular statements. This semantic shift resolves the problem by eliminating induction as a basic form of inference, and folding the justification of general beliefs into the more basic problem of perception. (shrink)

Solipsism can be refuted along fairly traditional, internalist lines, by means of a second-order induction. We are justified in believing in other minds, because other people tell us that they have minds, and we have good inductive reason to believe that whatever certain others say is likely to be true. This simple argument is sound, the author argues, even though we are in no prior position to believe that other thinking people exist as such, or that the sounds they make (...) have any meaning. The mere phenomenal surfaces of others' statements form sufficient grounds for the induction that the argument requires. (shrink)

The Sleeping Beauty paradox in epistemology and the many-worlds interpretation of quantum mechanics both raise problems concerning subjective probability assignments. Furthermore, there are striking parallels between the two cases; in both cases personal experience has a branching structure, and in both cases the agent loses herself among the branches. However, the treatment of probability is very different in the two cases, for no good reason that I can see. Suppose, then, that we adopt the same treatment of probability in each (...) case. Then the dominant ‘thirder’ solution to the Sleeping Beauty paradox becomes incompatible with the tenability of the many-worlds interpretation. (shrink)

This article provides an intuitive semantic account of a new logic for comparisons (CL), in which atomic statements are assigned both a classical truth-value and a “how much” value or extension in the range [0, 1]. The truth-value of each comparison is determined by the extensions of its component sentences; the truth-value of each atomic depends on whether its extension matches a separate standard for its predicate; everything else is computed classically. CL is less radical than Casari’s comparative logics, in (...) that it does not allow for the formation of comparative statements out of truth-functional molecules. It is argued that CL provides a better analysis of predicate vagueness than classical logic, fuzzy logic or supervaluation theory. (shrink)

In quantum mechanics it is usually assumed that mutually exclusives states of affairs must be represented by orthogonal vectors. Recent attempts to solve the measurement problem, most notably the GRW theory, require the relaxation of this assumption. It is shown that a consequence of relaxing this assumption is that arithmatic does not apply to ordinary macroscopic objects. It is argued that such a radical move is unwarranted given the current state of understanding of the foundations of quantum mechanics.

Everettian accounts of quantum mechanics entail that people branch; every possible result of a measurement actually occurs, and I have one successor for each result. Is there room for probability in such an account? The prima facie answer is no; there are no ontic chances here, and no ignorance about what will happen. But since any adequate quantum mechanical theory must make probabilistic predictions, much recent philosophical labor has gone into trying to construct an account of probability for branching selves. (...) One popular strategy involves arguing that branching selves introduce a new kind of subjective uncertainty. I argue here that the variants of this strategy in the literature all fail, either because the uncertainty is spurious, or because it is in the wrong place to yield probabilistic predictions. I conclude that uncertainty cannot be the ground for probability in Everettian quantum mechanics. (shrink)

Empirical knowledge exists in the form of antiskeptical conditionals, which are propositions like [if I am not undetectably deceived, then I am holding a pen]. Such conditionals, despite their trivial appearance, have the same essential content as the categorical propositions that we usually discuss, and can serve the same functions in science and practical reasoning. This paper sketches out two versions of a general response to skepticism that employs these conditionals. The first says that our ordinary knowledge attributions can safely (...) be replaced by statements using antiskeptical conditionals, which provides a way around the standard sort of skeptical argument while accepting its soundness with respect to the usual targets. The second analyzes the objects of our ordinary knowledge attributions as antiskeptical conditionals, which allows us to refute, not just evade, the skeptic's argument. Both versions compare favorably to the best-knowncurrent approaches to skepticism, including semantic contextualism. (shrink)

In this paper I provide some formal schemas for the analysis of vague predicates in terms of a set of semantic relations other than classical synonymy, including weak synonymy (as between "large" and "huge"), antonymy (as between "large" and "small"), relativity (as between "large" and "large for a dog"), and a kind of supervenience (as between "large" and "wide" or "long"). All of these relations are representable in the simple comparative logic CL, in accordance with the basic formula: the more (...) something is F, the more (or less) it is G. I use Carnapian meaning postulates to define these relations as constraints on interpretations of the formal language of CL. (shrink)

Recently, Richard Healey and Simon Friederich have each advocated a pragmatist interpretation of quantum mechanics as a way to dissolve its foundational problems. The idea is that if we concentrate on the way quantum claims are used, the foundational problems of quantum mechanics cannot be formulated, and so do not require solution. Their central contention is that the content of quantum claims differs from the content of non-quantum claims, in that the former is prescriptive whereas the latter is descriptive. Healey (...) also argues that claims about non-decoherent systems are largely devoid of content. I consider various objections to these claims, noting in particular the ways in which the application of pragmatism to quantum mechanics differs from previous examples of pragmatist therapy. I conclude that a pragmatist dissolution of the foundational difficulties of quantum mechanics is promising, but requires fairly radical changes to our understanding of the content of propositions and the extent of physical explanation. (shrink)

Everettian accounts of quantum mechanics entail that people branch; every possible result of a measurement actually occurs, and I have one successor for each result. Is there room for probability in such an account? The prima facie answer is no; there are no ontic chances here, and no ignorance about what will happen. But since any adequate quantum mechanical theory must make probabilistic predictions, much recent philosophical labor has gone into trying to construct an account of probability for branching selves. (...) One popular strategy involves arguing that branching selves introduce a new kind of subjective uncertainty. I argue here that the variants of this strategy in the literature all fail, either because the uncertainty is spurious, or because it is in the wrong place to yield probabilistic predictions. I conclude that uncertainty cannot be the ground for probability in Everettian quantum mechanics. (shrink)

The main difficulty facing no-collapse theories of quantum mechanics in the Everettian tradition concerns the role of probability within a theory in which every possible outcome of a measurement actually occurs. The problem is two-fold: First, what do probability claims mean within such a theory? Second, what ensures that the probabilities attached to measurement outcomes match those of standard quantum mechanics? Deutsch has recently proposed a decision-theoretic solution to the second problem, according to which agents are rationally required to weight (...) the outcomes of measurements according to the standard quantum-mechanical probability measure. I show that this argument admits counterexamples, and hence fails to establish the standard probability weighting as a rational requirement. (shrink)