The assumption is often made that there cannot be scientific laws about individuals. I shall try to provide a plausible semantics and epistemology for scientific laws about individuals. This would be interesting, however, only if one were tempted to believe that mentioning individuals did not disqualify a sentence from scientific lawhood. To begin with, I will try to provide such a temptation.

The aim of this paper is to show the incompleteness of the exclusively logico-syntactical and logico-semantical approaches to one of the core issues of philosophy of science, namely, scientific laws and scientific explanation in C. G. Hempel’s works. I start with a brief exposition of the main characteristics of Hempel’s approach to deductive explanations based on universal scientific laws and then analyze the problems and paradoxes inherent in this approach. Next, I trace these characteristics back (...) to Hempel’s and Carnap’s attempts to ground the concepts of scientific law and explanation exclusively on logic , which led to a highly normative approach alienated from the practice of real science. (shrink)

[full article, abstract in English; only abstract in Lithuanian] In Normativity of Scientific Laws explicit and implicit normativities were discerned and it was shown, following Joseph Rouse, that scientific laws implicitly harbour what Alchourrón and Bulygin imply to be the core of normativity. Here I develop this claim by discerning six aspects of implicit normativity in scientific laws: general and special conceptual normativity, concerning analytical thinking and special scientific terminologies; theoretical and material epistemic (...) normativity, concerning mathematical and experimental accountability of the world; narrow and broad practical normativity, concerning technologies in both narrower and broader senses. (shrink)

Biological knowledge does not fit the image of science that philosophers have developed. Many argue that biology has no laws. Here I criticize standard normative accounts of law and defend an alternative, pragmatic approach. I argue that a multidimensional conceptual framework should replace the standard dichotomous law/ accident distinction in order to display important differences in the kinds of causal structure found in nature and the corresponding scientific representations of those structures. To this end I explore the dimensions (...) of stability, strength, and degree of abstraction that characterize the variety of scientific knowledge claims found in biology and other sciences. (shrink)

This article critically examines Donald Davidson's argument against social scientific laws. Set within the context of his larger thesis of anomalous monism, this piece identifies three main flaws in Davidson's alleged refutation of the possibility of psychological laws, and suggests a collateral flaw within his account of anomalous monism as well.

The paper tries to provide an alternative to C. G. Hempel’s approach to scientific laws and scientific explanation as given in his D-N model. It starts with a brief exposition of the main characteristics of Hempel’s approach to deductive explanations based on universal scientific laws and analyzes the problems and paradoxes inherent in this approach. By way of solution, it analyzes the scientific laws and explanations in classical mechanics and then reconstructs the corresponding (...) models of explanation, as well as the types of scientific laws appearing in it. The paper makes an attempt to provide a new approach to scientific laws and scientific explanations. Based on my paper Hanzel I give a brief overview of Hempel’s approach to scientific laws and scientific explanation, as well as of its failures and paradoxes. As a way out, I analyze the scientific laws and explanations in classical mechanics and then reconstruct the corresponding models of explanation, as well as the types of scientific laws appearing in it. Finally, I provide a differentiated typology of scientific laws and scientific explanations. (shrink)

An acceptable empiricist account of laws of nature would havesignificant implications for a number of philosophical projects. For example, such an account may vitiate argumentsthat the fundamental constants of nature are divinelydesigned so that laws produce a life permittinguniverse. On an empiricist account, laws do not produce the universe but are designed by us to systematize theevents of a universe which does in fact contain life; so any ``fine tuning'' of natural law has a naturalistic explanation.But there (...) are problems for the empiricist project. This paper develops a ``perspectival'' version of the Humean bestsystem approach and argues that this version solves the standard problems faced by the empiricist project.Furthermore, the paper argues, this version is best able to answer the proponents of divine design while leaving scientificlaw a suitably objective matter.[I]t is possible tocondense the enormous mass of results to a large extent – that is to find laws which summarize...Richard Feynman It has become fashionable in some circles to argue thatscience is ultimately a sham, that we scientists read order into nature, not out of nature, and that the laws of physicsare our laws, not nature's. I believe this is arrant nonsense. You would be hard-pressed to convince a physicist thatNewton's inverse square law of gravitation is a purely cultural concoction. The laws of physics, I submit, reallyexist in the world out there, and the job of the scientist is to uncover them, not invent them. True, at any giventime, the laws you find in the textbooks are tentative and approximate, but they mirror, albeit imperfectly, a reallyexisting order in the physical world. Of course, many scientists do not recognize that in accepting the reality of anorder in nature-the existence of laws `out there' – they are adopting a theological world view. P. C. W. Davies. (shrink)

For many years now a “principle of uncertainty” has played a major role in all discussion of the problem of scientific law as description of nature. That this principle had its origin in the efforts of science to describe nature is entirely appropriate; that it has had so immediate an effect on philosophic thought is inevitable.It is also inevitable that questions should be raised concerning the meaning of certainty and its reference to descriptive law. Such questions are bound to (...) occur to one who is concerned about the kinds of law in terms of which nature might be described. If these kinds can be considered to be two, one “mechanical,” the other “statistical,” it appears to be an easy step from the assertion of a principle of uncertainty which requires that the description of elemental processes and facts of nature be statistical—in terms of probabilities, that is—to a further assertion that after all a strictly mechanical description of nature is impossible, since the observational data which constitute its material are approximate and probable, and because the laws which provide the formal element of that description can never be more than approximately or probably true. It is concluded, then, that no element of certainty attaches to the so-called mechanical laws, any more than to others that are avowedly statistical. When a prediction is based on either sort of law, it is taken to be a prediction that an event will probablyoccur. (shrink)

This article derives some morals from the examination of the physico-mathematical view of scientific laws and its place in the current debate. After revisiting the expression scientific law, which appears in scientific practice under various names (laws, principles, equations, symmetries, and postulates), I briefly assess two extreme, opposite positions in the literature on laws, namely, full-blown metaphysics of laws of nature, which distinguishes such laws from the more mundane laws that we (...) find in science; and the no-laws thesis, which ultimately contends that we should dispense with laws in science altogether. I argue that both positions fail to make sense of the laws that we find in scientific practice. For this, I outline the following twofold claim: first, most laws (in physics) are abstract mathematical statements; and second, they express some of the best physical generalisations achieved in this branch of science. Thus understood, a minimal construal of laws suggests that they are in principle intended to refer to those features of phenomena whose salience and stability are relevant for specific scientific tasks. (shrink)

In this article, we tackle the phenomenon of what seems to be a misunderstanding between science education theory and philosophy of science−one which does not seem to have received any attention in the literature. While there seems to be a consensus within the realm of science education on limiting or altogether denying the explanatory role of scientific laws (particularly in contrast with “theories”), none of the canonical models of scientific explanation (covering law, statistical relevance, unification, mechanistic-causal, pragmatic) (...) lends any support to this view of laws. We will reconstruct three different versions of this demotion of laws (i.e., laws are merely descriptive; laws are explanatory only of singular events, not of laws; laws are explanatory but only in a “superficial” way), propose possible grounds for them and illustrate why these perspectives pose a conceptual challenge as they contrast with epistemological approaches to the problem of explanation. We will also suggest the potential negative outcomes that would arise from science teachers adopting these approaches in the classroom when aiming to assist students in moving beyond mere description and towards explanation. (shrink)

The ArgumentIn this we explore some of the ways in which a state scientific laboratory (Daresbury SERC) reacted to the rtetoric and forces of the marketpace in the 1980s. We describe laboratory attempts to create what we call “good customers” while converting itself into a “good seller” by developing a particulat set of costing practicting that were closely related to the implementation of a management accounting system. Finally, we consider how Daresbury response to “market forces” influenced scintific and organzational (...) practice, and arsponse that the social technologies of governmentality performed by accountancy — but also by scientific and bureaucratic practice are complex, discursively heterogeneou, and used in context-sensitive ways. This means, or so we suggest, that it is difficult to mount general argunents about “science” and “the market,” and that the use of such large-scale institions impedes impedes analysis. (shrink)

This essay defends the role of law-like explanation in the social sciences by showing that the "argument from complexity" fails to demonstrate a difference in kind between the subject matter of natural and social science. There are problems internal to the argument itself - stemming from reliance on an overly idealized view of natural scientific practice - and reason to think that, based upon an analogy with a more sophisticated understanding of natural science, which makes use of "redescriptions" in (...) the face of obstacles like complexity, we have reason to be optimistic about the prospects for a nomological social science. (shrink)

John Searle’s argument that social-scientific laws are impossible depends on a special open-ended feature of social kinds. We demonstrate that under a noncontentious understanding of bridging principles the so-called "counts-as" relation, found in the expression "X counts as Y in (context) C," provides a bridging principle for social kinds. If we are correct, not only are social-scientific laws possible, but the "counts as" relation might provide a more perspicuous formulation for candidate bridge principles.

It has become a standard view in the philosophy of science scholarship (e.g., van Fraassen [1989]) that debates on the problem of laws of nature and/or scientific laws employ pre-Kantian approaches to the subject in question. But what exactly a Kantian approach might look like and, above all, what Kant endorses on this matter are not entirely settled issues. In particular, this regards Kant’s argument on the problem of ’necessity grounding’ with respect to different types of the (...) so-called “empirical laws of nature” (empirische Naturgesetze) in the third Critique. In order to assess the aforementioned problem, in this paper I will address the following questions:1) What is Kant’s main nomological criterion or a combination of criteria, that is, the criterion/criteria according to which we can explicate the distinction between laws of nature and accidentally true statements?2) What exactly is the role of an apriori law of nature, such as the one instantiated by the Second Analogy of Experience, in considering nature as a lawful existence of objects?3) On what grounds can a statement describing a particular causal regularity, for example, the statement “the sun warms the stone” (Prolegomena, N 301), be viewed as an empirical law of nature?4) Is Kant’s systematicity a nomological criterion in the strict and standard sense or, rather, is it a certain kind of transcendental criterion, which not only makes the whole of Kant’s nomological machinery up and running, but also has decisive influence on the final arrangement of nomological criteria? (shrink)

Factual statements that might qualify for the status of law statements are classed from various philosophically relevant standpoints (referents, precision, structure of predicates, extension, systemicity, inferential power, inception, ostensiveness, testability, levels, and determination categories). More than seven dozen of not mutually exclusive kinds of lawlike statements emerge. Strictly universal and counterfactually powerful statements are seen to constitute just one kind of lawlike statements; classificatory and some statistical laws, e.g., are shown not to comply with the requirements of universality and (...) counterfactual force. Conditions for lawlike statements to be called laws are then examined, and a liberal criterion of lawfulness is finally proposed, which reads thus: A proposition is a law statement if and only if it is a posteriori (not logically true), general in some respect (does not refer to unique objects), has been satisfactorily corroborated for the time being in some domain, and belongs to a theory (whether adult or embryonic). It is claimed that criteria of laws change alongside with the emergence of new usages of the term 'law', and that by adopting a liberal criterion of lawfulness we would conform to contemporary usage and would cease inhibiting the search for regularities in the sciences of man. (shrink)

Many have felt that it is impossible to defend autonomous laws of social science: where the regularities upheld are law-like it is argued that they are not at base social scientific, and where the phenomena to be explained would seem to require social descriptions, it is argued that laws governing the phenomena are unavailable at that level. But is it possible to develop an ontology that supports the dependence of the social on the physical, while nonetheless supporting (...) the explanatory power of genuinely autonomous social scientific laws? The aim of this paper is to show that reductive explanation is not a requirement of a `naturalist' ontology, thereby defending an account of supervenience as a suitable framework within which to recognize a metaphysical relationship between the natural and the social that is consistent with the pursuit of autonomous nomological social scientific explanations. (shrink)

Humanists expound the virtues of science and reason. Emphasis is placed on formulating theories and predictions with clarity and precision, focusing wherever possible on phenomena that are mathematically quantifiable and can be objectively and precisely measured. Science and reason offer us truth‐sensitive ways of arriving at beliefs. As a result of scientific investigation, many religious claims, or claims endorsed by religion, have been shown to be false, or at least rather less well founded than previously thought. So science has (...) threatened and indeed established beyond reasonable doubt the falsity of some religious beliefs. Science and reason are able to threaten, and indeed demolish, many religious beliefs. When religious and other woo‐claims are challenged by science and reason, various strategies may be employed in their defence. Some of the strategies are selective scepticism, re‐interpretation and accusation of scientism. (shrink)

It is often presumed that the laws of nature have special significance for scientific reasoning. But the laws' distinctive roles have proven notoriously difficult to identify--leading some philosophers to question if they hold such roles at all. This study offers original accounts of the roles that natural laws play in connection with counterfactual conditionals, inductive projections, and scientific explanations, and of what the laws must be in order for them to be capable of playing (...) these roles. Particular attention is given to laws of special sciences, levels of scientific explanation, natural kinds, ceteris-paribus clauses, and physically necessary non-laws. (shrink)

According to relativists, people who speak simply of what's ‘true’ are naïve. ‘Whose truth?’ asks the relativist. ‘No claim is ever true, period. What's true is always true for someone. It's true relative to a particular person or culture. There's no such thing as the absolute truth on any issue.’ This sort of relativism is certainly popular. For example, many claim that we are wrong to condemn cultures with moral codes different from our own: their moralities are no less valid. (...) Similarly, some claim that while astrology and Feng Shui might be ‘false’ from a Western, scientific viewpoint, they are ‘true’ when viewed from alternative, New Age points of view. What's ‘true’ and what's ‘false’ ultimately depend on where one is standing. Is this sort of relativism about truth tenable? (shrink)

Ist der Unterschied zwischen wissenschaftlichen Gesetzen und Theorien ein qualitativer oder lediglich von quantitativer Art? Der Autor versucht zu zeigen, daß Gesetze und Theorien fundamental verschieden sind und daß die Kenntnis ihrer verschiedenen Natur notwendig für ein richtiges Wissenschaftsverständnis ist. Aus seiner Sicht sind Theorien geistige Konstruktionen mit dem Ziel, kausale Erklärungen von empirischen Gesetzen zu geben, während diese Gesetze auf der Grundlage von Messungen entdeckt werden und die Tatsachen der Wissenschaft konstituieren. Erkenntnistheoretisch sind daher Theorien und Gesetze auf verschiedenen (...) Ebenen anzusiedeln: während Gesetze Wissen liefern, liefern Theorien Verstehen. Der Kern der Theorien besteht aus Modellen, die idealisierte Abstraktionen aus Zustandsarten darstellen. Theoretische Modelle konstituieren Ontologien, die kausale Mechanismen aufzeigen. Solche Ontologien betreffen den Bedeutungsaspekt des Gegenstandsbereichs, auf den die Theorie angewendet wird, während empirische Gesetze den Ausdrucksaspekt des gleichen Gegenstandsbereichs betreffen. Theorien erklären Gesetze, indem sie zeigen, wie der Ausdrucksaspekt lediglich der natürliche Ausdruck der Auswirkungen der Kausalmechanismen in Bedeutungsaspekt sind. (shrink)

Rachel Briggs’ critique of “antirealist” accounts of scientific law— including my own perspectivalist best-system account—is part of a project meant to show that Humean conceptions of scientific law are more problematic than has been commonly realized. Indeed, her argument provides a new challenge to the Humean, a thoroughly epistemic version of David Lewis’ “big, bad bug” for Humeanism. Still, I will argue, the antirealist (perspectivalist and expressivist) accounts she criticizes have the resources to withstand the challenge and come (...) out stronger for it. Attention to epistemic possibilities, I argue, shows a number of advantages to a perspectivalist account of scientific law. (shrink)

The first invariance principle, called “meaningfulness,” is germane to the common practice requiring that the form of a scientific law must not be altered by a change of the units of the measurement scales. By itself, meaningfulness does not put any constraint on the possible data. The second principle requires that the output variable is “order-invariant” with respect to any transformation (of one of the input variables) belonging to a particular family or class of such transformations which are characteristic (...) of the law. These principles are formulated as axioms of a theory. Taken together, meaningfulness and order-invariance axioms have strong consequences on the feasible theories. Three applications of our results are discussed in details, involving the Lorentz–FitzGerald contraction, Beer's law, and the Monomial laws, each of which is derived from three axioms implementing meaningfulness and order-invariance concepts. (An “initial condition” axiom is also used.) Not all scientific laws are order-invariant in the sense of this paper. An example is van der Waals' equation. (shrink)

Since early modernity, it has often been assumed that miracles are incompatible with the existence of the natural laws utilized in the sciences. This paper argues that this assumption is largely an artifact of empiricist accounts of laws that should be rejected for reasons internal to philosophy of science, and that no such incompatibility arises on the most important alternative interpretations, which treat laws as expressions of forces, dispositions, or causal powers.

Cyberspace, a term popularized in the 1984 novel Neuromancer, was used by William Gibson to describe the ‘consensual hallucination’ and interstitial online world that lies between the reality of our world and that of the surreal terrain of dreamscapes. While many attempts have been made to describe this intangible, yet seemingly perceptible space, the digital domain as a metaphor mirrors in many ways our own inadequate understanding of consciousness. Conversely, the physicist Michio Kaku explains that our reality is bounded by (...) hyperspace – a multi-dimensioned space beyond our quotidian 3D existence that runs parallel, or tangential, to us along with the phenomenon of time. Indeed, if space and time (here considered as space–time) are a consolidated whole in the physical sense, perhaps our consciousness, as a structure manifest within this continuum may itself be thought of as a sensorial projection of this amalgam that attempts to observe and make sense, or meaning, of this condition. In truth, what if our need and delight in storytelling is driven by the evolution of our biology, as well as our impulse to locate our place in the universe? This article will attempt to examine and delimit the narrative confines of space–time as an appeal to, and an endeavour at, uncovering the alterity of storytelling as a function of consciousness. It will visit the realms of the holograph, quantum mechanics, virtual and augmented realities, as well as other scientific and philosophical tracts as a means to investigate and explore the physiology of space and our imperative desire to share stories. (shrink)

Colours are not the sorts of thing that are amendable to traditional forms of scientific explanation. To think otherwise is to mistake their ontology and ignore their normativity. The acquisition and use of colour categories is constrained by the logic of colour grammars.

It has often been argued that Humean accounts of natural law cannot account for the role played by laws in scientific explanations. Loewer (Philosophical Studies 2012) has offered a new reply to this argument on behalf of Humean accounts—a reply that distinguishes between grounding (which Loewer portrays as underwriting a kind of metaphysical explanation) and scientific explanation. I will argue that Loewer’s reply fails because it cannot accommodate the relation between metaphysical and scientific explanation. This relation (...) also resolves a puzzle about scientific explanation that Hempel and Oppenheim (Philosophy of Science 15:135–75, 1948) encountered. (shrink)