Though Béla von Juhos belonged to a Hungarian family, he was born in Vienna and, after his ninth year, lived there for the rest of his life. Though associated with the Vienna Circle, he did not assume a teaching position in Vienna until 1948. The present collection, ably translated by Paul Foulkes and introduced by Gerhard Frey, focuses on the type of epistemological analysis of scientific knowledge that remained Juhos’s abiding concern. By the mid-nineteen-thirties the pristine positivism of the early (...) Vienna Circle had been compromised by the switch from phenomenalism to physicalism and by expanding the early emphasis on logical syntax to include Tarski’s semantics. Juhos refused to accept such changes and remained to the end the purest, though hardly the most original, of the logical positivists. His development is of some interest in showing how the potentiality of the original program could be fulfilled, something that will merely be indicated here. (shrink)

Philosophy of science and, more specifically, philosophy of quantum physics can be but special fields of a general philosophy of knowledge; and the problems arising in these fields can be evaluated properly only when they are seen under the perspective of the whole range of human knowledge. This paper deals with problems of quantum physics and, in particular, with the problem of scientific objects in quantum physics from the epistemological point of view previously defined in the author's (...) books, A Philosophy of Science and The Basis and Structure of Knowledge. The argument of the paper, however, has not been stated before in the direct and concise manner here attempted and may therefore contain elements of novelty even for those readers who are familiar with the books just mentioned. (shrink)

Solipsism indicates an epistemological position that denies the existence of ‘others’ by asserting that the ‘self’ is the only thing that can be known to exist. For sophist philosophers, the belief that “we can not know anything, and even if we do so, we cannot communicate it” is central to this theory. However, until now there has been little academic scholarship that has tried to provide answers to the pressing issues raised by solipsism. In Solipsist Ontology: Physical Things and Personal (...) Perceptual Space, Ural aims to redefine solipsism by analyzing and elaborating on traditional philosophical problems, such as empiricism and rationalism, as well as discussing problems of language, communication, and meaning. Ural reveals where solipsism has been previously ignored, pseudo-problems have arisen that disguise the sources of the problems with prejudices that concern the philosophical problems in question. Notably, many current, as well as traditional problems of ontology, epistemology, and language are bound up in discourses of solipsism. Ural argues that discarding solipsism as a philosophical discourse hinders new interpretations of traditional philosophical thought. This book offers a fresh perspective to solipsism by defining it in relation to concepts such as ‘physical things,’ ‘personal perceptual space’ and ‘identity.’ Importantly, Ural proposes that an understanding of ‘identity’ is not necessary in order to redefine solipsism. By building a logical system that fashions communication and solipsism as interrelated, it is possible to reject ‘identity’ as a useless concept and thus overcome the classic solipsist dilemma of “we are not able to communicate.” This original piece of research is an important and timely contribution to the field of philosophy that will be of great interest to teachers, researchers, and students. (shrink)

We study the interconnection between Physics and Mathematics in concrete instances, departing from the usual expression for the Coulomb electric field, produced by a point-like charge. It is scrutinized by means of six epistemology-intensive questions and radical answers are proposed, intended to widen one’s understanding of the subject. Our interventions act along two complementary directions. One of them regards ontology, since questions induce one to look closely at the electric charge, from different perspectives, promoting reflections about its nature (...) and reinforcing the corresponding concept. Formal manipulations rely on the identification of concepts with symbols, and the other direction concerns the spatial extension of mathematical structures. Our questions and their somewhat unusual answers help disclosing information which is not present in many textbooks, and show that Mathematics can be used as an efficient epistemological tool in Physics teaching. (shrink)

From the very beginning it was realised that quantum physics involves radically new interpretative and epistemological consequences. While hitherto there has been no satisfactory philosophical analysis of these consequences, recent years have witnessed the accomplishment of many experiments to test the foundations of quantum physics, opening up vistas to a completely novel technology: quantum technology. The contributions in the present volume review the interpretative situation, analyze recent fundamental experiments, and discuss the implications of possible future technological applications. Readership: (...) Analytic philosophers (logical empiricists), scientists (especially physicists), historians of logic, mathematics and physics, philosophers of science, and advanced students and researchers in these fields. Can be used for seminars on theoretical and experimental physics and philosophy of science, and as supplementary reading at advanced undergraduate and graduate levels. (shrink)

We reconsider briefly the relation between "physical quantity" and "physical reality in the light of recent interpretations of Quantum Mechanics. We argue, that these interpretations are conditioned from the epistemological relation between these two fundamental concepts. In detail, the choice as ontic level of the concept affect, the relative interpretation. We note, for instance, that the informational view of quantum mechanics (primacy of the subjectivity) is due mainly to the evidence of the "random" physical quantities as ontic element. We will (...) analyze four positions: Einstein, Rovelli, d'Espagnat and Zeilinger. (shrink)

Proceedings of the Boston Colloquium for the Philosophy of Science 1969/1972.

Using mainly historical material fromAustralia, the paper seeks to understand earlyforms of school physical training, sport andmedical inspection as specialised means ofschooling bodies. The study adopts a socialepistemological perspective in seeking tounderstand the meaning-in-use of notions suchas physical training. It explores the socialconsequences of the practices carried out inthe name of physical training, particularly inrelation to shifts in the social regulation ofbodies over time from a mass, externalised, andcentralised form to a relatively moreindividualised, internalised and diffuse form.This focus on the (...) body is of key importance fora social epistemological study of physicaleducation because it forces us to look closelyat the practices constituting physicaleducation. (shrink)

The question of bias in methodology and terminology is a problem that faces researchers east, west, north and south; however, it faces Third World intellectuals with special keenness. For although they write in a cultural environment that has its own specific conceptual and cultural paradigms, they nevertheless encounter a foreign paradigm which attempts to impose itself upon their society and upon their very imagination and thoughts. When the term “developmental psychology” for instance is used in the West Arab scholars also (...) say “developmental psychology”, when “applied psychology” is mentioned they hurry to use the same term etc. Why not establish a new science with its own mechanisms, methodologies and points of reference to deal with epistemological biases and open up the gate of ijtihad with respect to them? This collection of papers aims to discover some of the biases latent in our terminology, methodologies, research tools, and conceptual principles, and to propose alternative ones marked by a greater degree of independence and neutrality. This is not to belittle the human value of the West’s creative contributions but to emphasize the danger of making it the ultimate point of reference and then trying to continuously play “catch up” with it. (shrink)

Overview of Epicurean physics and epistemology, ending with a critical discussion of Cicero's report on Epicurean theology.

Piercing incisively and deeply into the nature of the overlapping of the material andmental realms. Aage Petersen uncovers the reciprocal relations between quantum physics and theconcepts of metaphysics and epistemology, assessing the extent to which each has influenced theother. The author is eminently qualified to undertake this important work, which grew out of hisclose contact with Neils Bohr and his Copenhagen school during the years 1952-1962.Although themathematical formalism of quantum physics has long since been established, the question (...) of itsphysical interpretation is not yet closed, and the question of its philosophical interpretationremains in a formative state. The most widely accepted physical interpretation of the quantalformalism emerged from discussions between Bohr and Heisenberg in the winter of 1926-1927. ThisCopenhagen Interpretation centers around the relations of indeterminacy around the relations ofindeterminacy and the concept of complementarity, and was refined but not radically altered in theyears following, especially during the famous debate with Einstein on the completeness possible inthe description of events. The philosophical interpretation has proceeded along two principal lines:Bohr's emphasis on complementarity as a unifying concept, and Heisenberg's exploration of therelationship of quantum physics to the traditional categories of philosophy.To Bohr's mind, thecentral feature of human knowledge is the distinction between subject and object. The indeterminacyof the placing of the partition between instrument and system, which played so large a part inquantal description was, Bohr believed, an expression of the general relation between the knower andthe knowable. He thus sought to find relationships of complementarity in areas beyond quantumphysics.Quantum physics and traditional philosophy certainly relate enough to interact--even thoughthe effects of interaction may produce uncertain results. Heisenberg's view also emphasizes thatscience describes, not nature itself, but the interplay between nature and man, nature as affectedby man's method of questioning, thus denying the school of philosophical thought that began withDescartes' sharp separation of the World and the I.The author's investigation leads him as well tobelieve that complementarity is deeply linked to the basis of philosophy, but that the details ofthe relationship are so obscure that some other feature of quantum physics that makes amore directconnection with philosophy should be sought. He is led to choose the idea of correspondence as suchfeature. This idea played a key role in the development of the matrix version of the formalism andof the Copenhagen interpretation.Mathematically, the idea of correspondence was seen to imply thatquantal formalisms should emerge as generalizations of classical entities, that matrix mechanics wasa generalization of classical Hamiltonian mechanics. It is in this possibility of treating thetraditional categories of philosophy as limits of a more general scheme, or as analogies of a deeperorder, that the fruitfulness of the correspondence idea lies. (shrink)

In 1974 perfect crystal interferometry has been developed and immediately afterwards the 4π-symmetry of spinor wave-functions has been verified. The new method opened a new access to the observation of intrinsic quantum phenomena. Spin-superposition, quantum state reconstruction and quantum beat effects are examples of such investigations. In this connection efforts have been made to separate and measure various dynamical and geometrical phases. Non-cyclic and non-adiabatic topological phases have been identified and their stability against various fluctuations and dissipative forces has been (...) investigated by means of ultra-cold neutrons. An entanglement between different degrees of freedom of a single neutron system demonstrated the contextuality feature of quantum mechanics. In its continuation this yields to Kochen-Specker theorem like investigations providing a new basis for information processing and for the understanding of quantum physics in general. All investigations show the equivalence of various phase spaces and show how physical phenomena are correlated by quantum laws. Some curiosa occurred during the experiments and some epistemological aspects will be discussed as well. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Experience, Institutions, and EpistemologyRiley Paterson, MA (bio)I am grateful for these comments on my paper, “The Dilemma of Compliance,” because they illuminate the limitations of the paper’s emphasis. The paper is, above all, meant to caution or warn providers of subtle but serious harm that can occur in institutional settings. I want to attune providers to the ways in which institutional coercion and violence occur in the ordinary process (...) of following rules and filling of roles. Thus I write that the goal is “to become self-conscious observers of systems of compliance, rather than unconscious conformers.” Institutional coercion is a social process like any other and thus involves intersubjective dynamics. These dynamics do not appear as measurable, physical structures, but rather as invisible patterns in time, made visible only by being named and grasped experientially. I am offering language that can help make these invisible dynamics visible, so that providers can navigate institutions differently.My desire to caution and attune other providers can be explained partly by the conditions in which I wrote the paper: making sense of my time in forensic mental health, where I worked with clients who were mandated mental health treatment upon avoiding or exiting incarceration. I was processing my own experience of submitting monthly “compliance reports” to various agencies. I was concerned with the experiential process of navigating coercive environments. Thus my commenter is correct to try and widen our consideration, as my paper is indeed limited by its focus on the lived experience of censorship, oppression, and institutional coercion.This emphasis means that I am neglecting other dimensions, such as the positive role of rules in organizing communities, and the way in which some mental health institutions are working on creating safe and healing formal environments. I also believe, however, that the fields of psychology, psychiatry, and mental health broadly need to be careful about institutions, rules, and roles. We are not, in my estimation, in danger of providing too many safe spaces in which healing can occur. Quite the opposite, psychiatry and psychotherapy have, since their outset, been intertwined with troubling political motivations, and we continue to struggle with the manipulative tendencies of the field (Carr, 2018; Cabanas & Illouz, 2021).I, therefore, would like to take this opportunity to restate the core argument of my paper, and to situate this argument within the context of my other publications and the overall project they belong to. There is likely some ambiguity about [End Page 385] the central thrust of my paper. When commenting on my discussion of schizophrenia, my commenter refers to it as “the seeming central topic of the paper.” This is understandable. Schizophrenia is the topic I discuss that has the most obvious clinical implications. Indeed, I am making an argument about the phenomenological intelligibility of schizophrenia. With both my discussions of schizophrenia and censorship, however, I am making both immanent arguments and transcendent arguments. In other words, although I am making arguments about both schizophrenia and censorship, those arguments need to be understood as an example of a broader problem of coercion within human relationships. My intent is to highlight general dynamics present within human relationships and communities that contribute to institutional violence and the excessive regulation of individuals. My concern is with rules, roles, and coercion in general; schizophrenia and censorship provide exaggerated examples of what is fundamentally an ordinary, daily experience. Mental health institutions are uniquely involved in coercive institutional processes, but almost all human environments carry some danger of coercion and oppression in terms of fitting, belonging, or conforming with rules and roles. My exploration of schizophrenia and censorship is certainly meant to illuminate those particular topics, but the broader point concerns all human experience.The phenomenological or experiential thrust of the paper must be situated within my broader analysis that also includes institutional and epistemological dimensions. My reviewer is correct to point out that with schizophrenia, censorship, or trauma, the crucial dimension is communities in which people feel safe enough to learn, grow, and develop their capacities. In this vein, my reviewer points to Geel as an admirable model of communally driven care. I am largely in agreement with this line of thinking. In... (shrink)

Epistemological approaches to mental causation argue that the notorious problem of mental causation as captured in the question “How can irreducible, physically realized, and potentially relational mental properties be causally efficacious in the production of physical effects?” has a very simple solution: One merely has to abandon any metaphysical considerations in favor of epistemological considerations and accept that our explanatory practice is a much better guide to causal relevance than the metaphysical reasoning carried out from the philosophical armchair. I argue (...) that epistemological approaches to mental causation do not enjoy any genuine advantage over theories which treat the problem of mental causation as a genuinely metaphysical problem. (shrink)

One of the strongest objections to epiphenomenalism is that it precludes any kind of knowledge of qualia, since empirical knowledge has to include a causal relationship between the respective belief and the object of knowledge. It is argued that this objection works only if the causal relationship is understood in a very specific sense (as a 'direct' causal relationship). Epiphenomenalism can, however, live well with other kinds of causal relationships ('indirect' causal relationships) or even with a reliability account of knowledge (...) which does not invoke causation at all. Michael Pauen has argued extensively (this volume of Journal of Consciousness Studies), however, that this line of defence doesn't work because it presupposes the existence of psychophysical laws connecting qualia with physical phenomena which cannot be established under epiphenomenalist presuppositions. It is argued that Pauen's arguments lead to sceptical consequences which threaten not only interactionist alternatives to epiphenomenalism but finally his own account. (shrink)

This article defends a modest version of the Physical Church-Turing thesis (CT). Following an established recent trend, I distinguish between what I call Mathematical CT—the thesis supported by the original arguments for CT—and Physical CT. I then distinguish between bold formulations of Physical CT, according to which any physical process—anything doable by a physical system—is computable by a Turing machine, and modest formulations, according to which any function that is computable by a physical system is computable by a Turing machine. (...) I argue that Bold Physical CT is not relevant to the epistemological concerns that motivate CT and hence not suitable as a physical analog of Mathematical CT. The correct physical analog of Mathematical CT is Modest Physical CT. I propose to explicate the notion of physical computability in terms of a usability constraint, according to which for a process to count as relevant to Physical CT, it must be usable by a finite observer to obtain the desired values of a function. Finally, I suggest that proposed counterexamples to Physical CT are still far from falsifying it because they have not been shown to satisfy the usability constraint. (shrink)

The way physics and other parts of science work can be explained in the framework of radical constructivism. However, this constructivist view itself shows that a uniquily accepted epistemology, constructivism or any other, would not be an advantage for the developmentof science. Unlike physics some parts of science successfully use constructivist concepts inside their theories. Because this is the case particularly in learning theory, constructivist ideas can help to improve physics teaching.

A level of adequacy of a given model with physical world represents an important element of physics. In an “ideal” model each element in the model would correspond exactly to one element in the physical world. In such a model each element would have a direct epistemological correlation with exactly one element of the physical world. Such a model would become a perfect picture of the physical world. The possibility of misinterpretation, in a sense that one searches for physical (...) existence of purely theoretically predicted elements of the model, would be excluded. In order to develop such a model we apply bijective function of set theory. Bijective function applied on time research shows model of space–time has no direct epistemological correlation in physical reality. Time is duration of changes which run in space. Duration does not run in time, duration is time. (shrink)

René Descartes (1596-1650) is widely regarded as the father of modern philosophy. His noteworthy contributions extend to mathematics and physics. This entry focuses on his philosophical contributions in the theory of knowledge. Specifically, the focus is on the epistemological project of Descartes' famous work, Meditations on First Philosophy.

Computer simulations are widely used within the area of building science research. Building science research deals with the physical phenomena that affect buildings, including heat and mass transfer, lighting and acoustic transmission. This wide usage of computer simulations, however, is characterized by a divergence in thought on the composition of an epistemological framework that may provide guidance for their deployment in research. This paper undertakes a fundamental review of the epistemology of computer simulations within the context of the philosophy (...) of science. Thereafter, it reviews the epistemological framework within which computer simulations are used in practice within the area of building science research. A comparison between the insights obtained from the realms of theory and practice is made, which then interrogates the adequacy of the epistemological approaches that have been employed in previously published simulation-based research. These insights may help in informing a normative composition of an adequate epistemological framework within which computer simulation-based building science research may be conducted. (shrink)

Virtually all philosophers of science have construed fundamental theories as descriptions of entities, properties, and/or structures. Call this the “descriptive-ontological” view. I argue that this view is incorrect, at least insofar as physical theories are concerned. I propose a novel construal of theories that I call the “prescriptive-dynamical” view. The central tenet of this view, roughly put, is that the _essential_ content of fundamental physical theories is a _prescription for interfacing with natural systems and translating local data into compact theoretical (...) language_. The descriptive-ontological aspects of theories, if any, are taken as _inessential_ content on this view: they do not contribute to the predictive success of the theory. Rather than describing _what is there_, the essence of a physical theory is to tell us _what to do_ when interfacing with a physical system. (shrink)

What is our epistemic access to metaphysical modality? Timothy Williamson suggests that the epistemology of counterfactuals will provide the answer. This paper challenges Williamson's account and argues that certain elements of the epistemology of counterfactuals that he discusses, namely so called background knowledge and constitutive facts, are already saturated with modal content which his account fails to explain. Williamson's account will first be outlined and the role of background knowledge and constitutive facts analysed. Their key role is to (...) restrict our imagination to rule out irrelevant counterfactual suppositions. However, background knowledge turns out to be problematic in cases where we are dealing with metaphysically possible counterfactual suppositions that violate the actual laws of physics. As we will see, unless Williamson assumes that background knowledge corresponds with the actual, true laws of physics and that these laws are metaphysically necessary, it will be difficult to address this problem. Furthermore, Williamson's account fails to accommodate the distinction between conceivable yet metaphysically impossible scenarios, and conceivable and metaphysically possible scenarios. This is because background knowledge and constitutive facts are based strictly on our knowledge of the actual world. Williamson does attempt to address this concern with regard to metaphysical necessities – as they hold across all possible worlds – but we will see that even in this case the explanation is questionable. These problems, it will be suggested, cannot be addressed in a counterfactual account of the epistemology of modality. The paper finishes with an analysis of Williamson's possible rejoinders and some discussion about the prospects of an alternative account of modal epistemology. (shrink)

In this paper we investigate the history of relationalism and its present use in some interpretations of quantum mechanics. In the first part of this article we will provide a conceptual analysis of the relation between substantivalism, relationalism and relativism in the history of both physics and philosophy. In the second part, we will address some relational interpretations of quantum mechanics, namely, Bohr’s relational approach, the modal interpretation by Kochen, the perspectival modal version by Bene and Dieks and the (...) relational interpretation by Rovelli. We will argue that all these interpretations ground their understanding of relations in epistemological terms. By taking into account the analysis on the first part of our work, we intend to highlight the fact that there is a different possibility for understanding quantum mechanics in relational terms which has not been yet considered within the foundational literature. This possibility is to consider relations in ontological terms. We will argue that such an understanding might be capable of providing a novel approach to the problem of representing what quantum mechanics is really talking about. (shrink)

James decides that the best price today on pork chops is at Supermarket S, then James makes driving motions for twenty minutes, then James’ car enters the parking lot at Supermarket S. Common sense supposes that the stages in this sequence may be causally connected, and that the pattern is commonplace: James’ belief (together with his desire for pork chops) causes bodily behavior, and the behavior causes a change in James’ whereabouts. Anyone committed to the idea that beliefs and desires (...) are states installed by evolution must, it seems, think something similar. For how can one see beliefs and desires as conferring selective advantage if not by supposing that, by causing bodily behavior in their subjects, they brought about changes in their subjects’ surroundings? Yet many, many philosophers currently think or worry that mental causation is illusory (see, e.g., Heil and Mele 1993, or Macdonald and Macdonald 1995). Any physical changes which a mental state appears to cause can be viewed as a complex event involving microparticles, and for any such complex event, many philosophers suppose, there will have been previous microphysical occurrences sufficient to cause it. Barring routine overdetermination of such complex events, the apparent causation of mental events seems to be excluded. Nor does it help to say that some salient segment of the previous microphysical event just is the mental event, differently described (Davidson 1970). For describing the previous events as microphysical seems to spotlight the very features in virtue of which they did their causal work; the mental features seem epiphenomenal (Yablo 1992b: pp. 425-36; Yablo 1992a). This paper argues that the complex physical events, which mental events seem excluded from causing, are not caused at all. For they are either accidents, in something like Aristotle’s sense (Sorabji 1980: pp. 3-25), or coincidences, in a sense which David Owens has recently sharpened (Owens 1992). (shrink)

Um certo número de trabalhos foi dedicado à viabilidade e interesse da matemática inconsistente, mas até hoje poucos esforços comparáveis foram feitos no que diz respeito à física. Alguns poucos tópicos de física são aqui descritos no qual a presença de contradições é indisputável e clama por um tratamento lógico diferenciado. O argumento baseia-se em dois fatos. Primeiro, antinomias não são necessariamente geradas por negação: a conjunção de dois enunciados opostos pode igualmente gerar uma antinomia. Segundo, essa antinomicidade por oposição (...) desce ao nível dos conceitos — termos e relações — que se tornam antinômicos quando ligados a seus opostos. Cada categoria básica do pensamento, por exemplo, é impensável e sem significado se não tomada em conjunção com sua categoria oposta. Todas elas são necessariamente antinômicas. Aqui, indeterminismo, não localidade e vazio, em particular, são apresentados como conceitos físicos eminentemente antinômicos. DOI: 10.5007/1808-1711.2011v15n1p43. (shrink)

I consider exactly what is involved in a solution to the probability problem of the Everett interpretation, in the light of recent work on applying considerations from decision theory to that problem. I suggest an overall framework for understanding probability in a physical theory, and conclude that this framework, when applied to the Everett interpretation, yields the result that that interpretation satisfactorily solves the measurement problem. Introduction What is probability? 2.1 Objective probability and the Principal Principle 2.2 Three ways of (...) satisfying the functional definition 2.3 Cautious functionalism 2.4 Is the functional definition complete? The Everett interpretation and subjective uncertainty 3.1 Interpreting quantum mechanics 3.2 The need for subjective uncertainty 3.3 Saunders' argument for subjective uncertainty 3.4 Objections to Saunders' argument 3.5 Subjective uncertainty again: arguments from interpretative charity 3.6 Quantum weights and the functional definition of probability Rejecting subjective uncertainty 4.1 The fission program 4.2 Against the fission program Justifying the axioms of decision theory 5.1 The primitive status of the decision-theoretic axioms 5.2 Holistic scepticism 5.3 The role of an explanation of decision theory Conclusion. (shrink)

Traditional analytical philosophy of education assigns a peripheral place to physical education, partly because orthodox epistemology finds its cognitive claims implausible. An understandable but dubious response to this state of affairs is the attempt to relocate physical education within the academic curriculum, with its characteristic emphasis on theoretical knowledge and formal assessment. Dissatisfaction with this response suggests an analysis of physical activity in terms of practical knowledge or knowing how, but the results of this seem inconclusive. More recently, the (...) development of neurocomputational and embodied-cognition approaches in cognitive science appears to offer alternative ways of understanding motor skill and physical activity, and thus of rescuing physical education from its marginal status. But these strategies are not unproblematic, particularly where questions of personal agency and motor control are concerned. Examination of these issues prompts a radical reconsideration of the traditional problem of physical education, and consequently of some familiar assumptions in the philosophy of education. (shrink)

In the framework of the current epistemological, ontological and metaphysical debate about the relationship between reality and physical theories about it, a certain tendency to fix a conceptuality...

In the paper we look into the epistemology of quantum theory. The starting point is the previously established mathematical ambiguity. The perspective of our study is the way that Schrödinger described Einstein’s idea of physics epistemology. Namely, physical theory is a map with flags. Each flag must, according to Einstein in Schrödinger’s representation, correspond to a physical reality and vice versa. With the ambiguity transformed to quantum-like operators we are able to mimic quantum theory. Therefore we have (...) created little flags. The question is raised whether nature itself is ambiguous. The created flags point at ambiguous nature. Or, nature is not ambiguous and the ambiguity can be repaired in mathematics. (shrink)

Introduces the problem of the symbolic structure of physics, surveys the modern history of symbols, proceeds to an epistemological discussion of the role of symbols in our knowledge of nature, and addresses key issues related to the methodology of physics and the character of its symbolic structures.

Probability plays a crucial role regarding the understanding of the relationship which exists between mathematics and physics. It will be the point of departure of this brief reflection concerning this subject, as well as about the placement of Poincaré’s thought in the scenario offered by some contemporary perspectives.

Based on onto–epistemological pluralism and social practices this work maintains that the proclamation of cultural neutrality originating in the idea of equality without any distinction of color, sex, language, religion or political opinion, really favors white racism and cultural imperialism of the liberal way of life.This article argues that the process of reasoning which justifies human rights is distorted by particular interests, such as the colonization of American territory in the case of the Declaration of the Good People of Virginia (...) in 1776. As no–one questioned the reasons upon which the false belief that some human beings were classified as inferior or superior according to their physical features, it was reiterated as if it were a truth and, consequently acted upon, thereby fixing this belief in stereotypes. In this article I argue that the present Declaration of Human Rights is the result of continuing inherited presuppositions from the 18th Century. These have not been questioned and have constituted the world in which we live as a racist world in which the liberal tradition has consolidated its political power. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Ethics & the Environment 10.2 (2005) 5-27 [Access article in PDF] Environmental Epistemology Mark Rowlands 1. Externalism and Environmentalism There is a view of the mind that began life as a controversial philosophical thesis, and then, much like an aging rock group, evolved into respectability. Indeed, it became common sense. According to this view, minds are to be assimilated to the category of substance. That is, minds are (...) objects that possess properties. Indeed, minds can, to some extent, be conceived of as relatively similar to other bodily organs. Just as the heart circulates blood, the kidneys process waste, the mind thinks. According to the official version of this view, the major difference between the mind and these other organs is that the mind is a nonphysical substance. The brain and mind are, thus, distinct entities; the former a physical organ operating exclusively on mechanical principles, the latter a nonphysical organ operating according to principles of reason. The philosophical thesis from which this view was born was spelled out by Descartes, and its association with him is sufficiently robust for it to be called the Cartesian conception.The Cartesian conception has famously been ridiculed as the myth of the ghost in the machine. And it has been Descartes' decision to make the mind ghostly (i.e., nonphysical) that has drawn the principal fire from dissenters. The dissenters' case here has been largely successful, and, today, [End Page 5] not many would describe themselves as Cartesians in this sense. Ryle's expression, however, has another facet. Not only is the mind a ghost, but it is one that is in a machine. And while the revolt against ghostly views of the mind has been overwhelmingly successful, criticism of this second aspect of Descartes' view has, until recently, been comparatively muted. This changed with the development of a view that came to be known as externalism.The term 'externalism' in the philosophy of mind typically denotes a family of views, deriving from the work of Hilary Putnam (1975), Tyler Burge (1979, 1986), and certain work on indexicals associated, principally, with David Kaplan (1980), and all united by the idea that mental states, in some sense, are not in the head. Specifying the content of the clause in some sense, however, is no easy matter. Species and sub-species of externalism abound. Forms of externalism that assert the external location of mental states are contrasted with those that assert merely their external individuation (see, for example, McDowell 1986 and McGinn 1989 versus Macdonald 1990) Forms of externalism that admit a conceptually separable internally constituted component of mental states are contrasted with those that deny such a component. Weak externalism is commonly contrasted with strong, and one would look in vain for any unified construal of these qualifiers (contrast, for example, Forbes 1987, McGinn 1989, and Macdonald 1990).Nevertheless, for the purposes of this paper, externalism in all its forms, possesses two essential theses, one concerning the nature of the states to which the externalist thesis applies, and the other concerning the properties of those states in virtue of which it applies. The first thesis is that externalism applies only to the so-called propositional attitudes. It applies to beliefs, desires, hopes, fears, expectations, anticipations, and the like, all of which are (i) attributed to a subject by way of a that-clause, and (ii) are individuated, in part, by way of the proposition that follows this clause. The second thesis is that the externalist claim applies to such states because they possess semantic content; because they are individuated by way of the proposition that follows the that-clause.This means that the scope of externalism is severely restricted: it applies only to that relatively small group of mental states that have their contents essentially (i.e., propositional attitudes and possibly experiences—on some views of experience). What we might regard as the nuts [End Page 6] and bolts of cognition, processes, such as perceiving, remembering, thinking, reasoning, whereby we arrive at, or come to have, propositional attitudes, these are left outside the scope of externalism. That is, externalism as it is commonly understood, is... (shrink)

We argue about a conceptual approach to quantum formalism. Starting from philosophical conjectures (Platonism, Idealism and Realism) as basic ontic elements (namely: math world, data world, and state of matter), we will analyze the quantum superposition principle. This analysis bring us to demonstrate that the basic assumptions affect in different ways:(a) the general problem of the information and computability about a system, (b) the nature of the math tool utilized and (c) the correspondent physical reality.

Constructivist epistemology posits that all truths are knowable. One might ask to what extent constructivism is compatible with naturalized epistemology and knowledge obtained from inference-making using successful scientific theories. If quantum theory correctly describes the structure of the physical world, and if quantum theoretic inferences about which measurement outcomes will be observed with unit probability count as knowledge, we demonstrate that constructivism cannot be upheld. Our derivation is compatible with both intuitionistic and quantum propositional logic. This result is (...) implied by the Frauchiger-Renner theorem, though it is of independent importance as well. (shrink)

Epistemology, Fieldwork, and Anthropology explores the space between epistemology and methodology, offering a systematic examination of the empirical foundations of interpretations in anthropology. Olivier de Sardan investigates the complex links between the observed reality, data production, and grounded theories, addressing the issues of bias management and the rigor of qualitative methods.

Physics underlies all complexity, including our own existence: how is this possible? How can our own lives emerge from interactions of electrons, protons, and neutrons? This book considers the interaction of physical and non-physical causation in complex systems such as living beings, and in particular in the human brain, relating this to the emergence of higher levels of complexity with real causal powers. In particular it explores the idea of top-down causation, which is the key effect allowing the emergence (...) of true complexity and also enables the causal efficacy of non-physical entities, including the value of money, social conventions, and ethical choices. (shrink)