In this paper I set out to problematize what the distinguished evolutionary biologist, Edward O. Wilson, has presented to a popular audience as his consilience worldview. Wilson's consilience worldview is a metaphysical framework that presumes the existence of an underlying unity in the knowledge gleaned from otherwise diverse modes of intellectual inquiry, and details a particular normative approach for its discovery by scientists. After introducing Wilson's consilience worldview (WCW), I review philosophical and historical literature on the role that (...) values play in scientific inquiry and explain how to understand WCW as a problematic bundle of prescriptive claims concerning the appropriate doing of scientific inquiry. Specifically, I examine deleterious implications for the study of human social behavior that result from attempted application of WCW in order to challenge Wilson's claim that WCW is the most profitable or promising research program to adopt in the study of human social behavior (what I describe as the Fertility objection). Then, I present an argument for why readers of Consilience should regard its central thesis, WCW, skeptically, as potentially deleterious to the process and aims of science (what I describe as the Scientific Integrity objection). (shrink)

This book is an attempt to understand a significant part of the complex thought of Charles Sanders Peirce, especially in those areas which interested him most: scientific method and related philosophical questions. It is organized primarily from Peirce's own writings, taking chronological settings into account where appropriate, and pointing out the close connections of several major themes in Peirce's work which show the rich diversity of his thought and its systematic unity. Following an introductory sketch of Peirce the (...) thinking and writer is a study of the spirit and phases of scientific inquiry, and a consideration of its relevance to certain outstanding philosophical views which Peirce held. This double approach is necessary because his views on scientific method are interlaces with a profound and elaborate philosophy of the cosmos. Peirce's thought is unusually close-knit, and his difficulty as a writer lies in his inability to achieve a partial focus without bringing into view numerous connections and relations with the whole picture of reality. Peirce received some of the esteem he deserves when the publication of his Collected Papers began more than thirty-five years ago. Some reviewers and critics, however, have attempted to fit Peirce into their own molds in justification of a particular position; others have disinterestedly sought to present him in completely detached fashion. Here, the author has attempted to understand Peirce as Peirce intended himself to be understood, and has presented what he believes Perice's philosophy of scientific method to be. He singles out for praise Peirce's Greek insistence on the primacy of theoretical knowledge and his almost Teilhardian synthesis of evolutionary themes. Primarily philosophical, this volume analyzes Peirce's thought using a theory of knowledge and metaphysics rather than formal logic. (shrink)

The recent Science Wars have brought into sharp focus, in a public forum, contentious questions about the authority of science and what counts as properly scientific practice that have long structured archaeological debate. As in the larger debate, localized disputes in archaeology often presuppose a conception of science as a unified enterprise defined by common goals, standards, and research programs; specific forms of inquiry are advocated (or condemned) by claiming afiliation with sciences so conceived. This pattern of argument (...) obscures much that is most creative in archaeological practice. Archaeologists routinely exploit both integrating and fragmenting relations among the sciences, especially in establishing evidential claim. I will argue that the credibility of these claims is a function, not of scientific status acquired by corporate affiliation, but of the substantive trade in tools and techniques, empirical insights, models, and theories that is made possible by local interactions between archaeology and a wide range of other disciplines. There is much more to be gained by developing a rich critical understanding of the interfield relations that make this trade possible than by appealing to generic ideals of science. (shrink)

That Wilfrid Sellars claims that the framework of persons is not a descriptive framework, but a normative one is about as well known as any claim that he makes. This claim is at the core of the famous demand for a synoptic image that closes, “Philosophy and the Scientific Image of Man,” makes its appearance at key moments in the grand argument of, “Empiricism and the Philosophy of Mind,” and is the capstone of Sellars’ engagement with Kant in, Science (...) and Metaphysics. Whereas mere things can be subject to ought-to-be rules—e.g. a clock ought to chime on the hour—to be a person, as Sellars understands it, is to be subject to ought-to-do rules—e.g. one ought to wind one’s clocks to chime on the hour. Prima facie, though, there is more to being a person than just being subject to ought-to-do rules. For example, on at least some common ways of using ‘person’ to be a person is to have a unified consciousness, i.e. to be a single subject of a manifold of experience persisting through time. Arguably, that is what Kant takes a person to be. What I hope to show here is that it is what Sellars takes a person to be too. I.e. the exciting twist here is that as Sellars sees it being a single subject of experience persisting through time is being subject to a particular kind of ought-to-do rules, namely, those concepts-qua-inferential-rules that are the means by which we represent the world of causally-related objects existing in space and persisting through time. I take Sellars’ reasons for holding this set of theses to be essentially Kantian, and so my procedure for explicating them will be to trace a single philosophical thread through both Kant’s and Sellars’ thinking surrounding these issues. I begin with the historical problematic to which Kant’s Transcendental Deduction is intended as an answer. By what right does one apply the pure a priori concepts of the understanding? As the necessary means for representing the analytic unity of apperception, i.e. for representing oneself as the single subject of experience persisting through time. That leads to a consideration of the question of what the temporally-discursive experiences are of which one is supposed to be the single subject, and what the nature of the relation is of these experiences to such a subject. Here Sellars provides the answer. The question is ill formed. There is no relation of experiences to a subject because experiences are not themselves things. Rather, ‘an experience’ is a nominalization of the verb ‘experiencing’, which is itself a description of the act of a person. That thesis, then, brings us squarely to the question of what the framework of persons is, and why Sellars is so confident that it is an ineliminable feature of any future iteration of the synoptic image of the world. The answer to the latter question is that descriptive images themselves (scientific or manifest) are constituted by the rules that govern them, and it is only persons that can be subject to such rules. So, in the end, we return to Kant’s claim in the Transcendental Deduction that our representation of a world of causally-related objects existing in space and persisting through time is the means by which one represents oneself as the single subject of experience persisting through time. The descriptions that the scientific image provides are only possible, and necessary, because of what Kant would call their “ultimate principle”: the framework of persons. (shrink)

Reilly approaches his topic by presenting the spirit of science and the phases of scientific inquiry as Peirce saw it, keeping before the reader, at all times, Peirce’s overarching view of man and the universe. The two prevailing themes guiding Peirce’s thought are 1) that there is a special conformity of the human mind to nature and of nature to God, and 2) that there is an architectonic qualifying all the various types and levels of treatment which occupy (...) the philosopher’s interest. The first question examined is the nature of the scientific concern. For Peirce, the scientist’s spirit is marked by the pure love of knowledge. It is important to note the theoretical aspect because it explains the possibility of holding belief in abeyance while examining nature: the purity of motive allows that proper questions will be asked and errors will be readily corrected. The scientist’s purpose is the real truth of things; he begins with questions about the world. There are four stages of scientific method: 1) The scientist observes nature as a thinking, analytic inquirer. Observation presupposes that nature is intelligibly structured. 2) He formulates an explanatory hypothesis which is a process of bringing a manifold of characters to a unified whole. 3) By deduction, the inquirer gathers experiential consequents of the hypothesis. 4) By induction the question is put to nature and observed phenomena are matched to the predicted phenomena, resulting in either truth or a modified hypothesis. Peirce’s principle of the kinship of man’s mind to nature supports his dictum to follow instinct over reasoned likelihood in choosing hypotheses. Also important is the doctrine of moderate fallibilism which holds that there is a convergence upon the truth founded upon the regularity of nature, but that chance is a real factor due to nature’s evolution. Reilly’s book gives an adequate account of the aspects of Peirce’s scientific method sacrificing specific and detailed analysis to a more general approach wherein he shows the unity operative throughout Peirce’s thinking. A good index and copious notes are provided.—W. A. F. (shrink)

As a working hypothesis for philosophy of science, the unity of science thesis has been decisively challenged in all its standard formulations; it cannot be assumed that the sciences presuppose an orderly world, that they are united by the goal of systematically describing and explaining this order, or that they rely on distinctively scientific methodologies which, properly applied, produce domain-specific results that converge on a single coherent and comprehensive system of knowledge. I first delineate the scope of arguments (...) against global unity theses. However implausible old-style global unity theses may now seem, I argue that unifying strategies of a more local and contingent nature do play an important role in scientific inquiry. This is particularly clear in archaeology where, to establish evidential claims of any kind, practitioners must exploit a range of inter-field and inter-theory connections. At the same time, the robustness of these evidential claims depends on significant disunity between the sciences from which archaeologists draw background assumptions and auxiliary hypotheses. This juxtaposition of unity with disunity poses a challenge to standard positions in the debate about scientific unity. (shrink)

There are now countless social scientific disciplines—listed either as the science of … X … or as an -ology of one kind or another—each with their own internal controversies as to what are their “proper objects of their study.” This profusion of separate sciences has emerged, and is still emerging, tainted by the classical Cartesian-Newtonian assumption of a mechanistic world. We still seem to assume that we can begin our inquiries simply by reflecting on the world around us, and (...) by allowing our conceptualizations to guide our actions in our inquiries. Beginning our inquiries in this retrospective manner, however, means that our concepts and conceptualizations are both after-the-fact and beside the point, for ‘something else’ altogether is guiding us in the performance of our situation-sensitive actions than merely our conceptualizations. We need before-the-fact, hermeneutically-structured inquiries that can ‘set out’ inner ‘landscapes of possibilities’, to think-with and to provide guidance, as we try in our more scientifically organized efforts to achieve socially desired outcomes in particular socially shared situations. Conducting such preliminary inquiries is thus an art, requiring not only judgment, but also imagination and poetic forms of expression aimed at creating such shared, inner landscapes among all concerned. (shrink)

Eric Martin and Daniel N. Osherson present a theory of inductive logic built on model theory. Their aim is to extend the mathematics of Formal Learning Theory to a more general setting and to provide a more accurate image of empirical inquiry. The formal results of their study illuminate aspects of scientific inquiry that are not covered by the commonly applied Bayesian approach.

Scientific theories do much more than answer empirical questions. This can be understood along empiricist lines only if those other aspects are instrumental for the pursuit of empirical strength and adequacy, or serving other aims subordinate to these. This chapter accordingly addresses four main questions: Does the rejection of realism lead to a self‐defeating scepticism? Are scientific methodology and experimental design intelligible on any but a realist interpretation of science? Is the ideal of the unity of science, (...) or even the practice of using distinct theories in conjunction, intelligent on an empiricist view? What sense can an empiricist position accord to those theoretical virtues––such as simplicity, coherence, explanatory power––that are not reducible to empirical strength or adequacy? The answers to these questions rely strongly on the pragmatics of scientific inquiry, and advocate a ‘Clausewitz doctrine’ of experimentation as a continuation of theorizing by other means. (shrink)

In his new book, Brandom offers a new argument against the viability of Sellars’ scientific naturalism. Brandom attempts to show that if the Sellarsian it scientia mensura principle is understood as implying that manifest-image objects exist only if they are identical to scientific-image objects, it is undermined by the ‘Kant–Sellars’ thesis about identity which implies that manifest-image objects cannot be identical to scientific-image objects. This conclusion can be evaded by construing the relation between manifest and scientific (...) objects as weaker than that of identity, namely as a relation between manifest-image functional roles and scientific-image realizers. But Brandom again argues that even this weaker construal of the scientia mensura thesis is in conflict with another Sellarsian argument, this time against phenomenalism. It will be argued that this is not so. I will, moreover, suggest that the ‘function-realizer’ construal of the manifest-scientific image distinction is indeed tenable—especially if the process of determining the scientific-image realizers of functional roles specified in manifest-image is understood as the culmination of a self-correcting dynamic and diachronic process of conceptual change. Finally, I will argue that while Brandom is right to point out that Sellars’ adherence to the scientia mensura principle is based on a ‘unity-of-science’ view, he is wrong to think that his argument for the contrary conclusion is successful, because Brandom’s argument does not automatically tell against a weaker ‘unity-of-science’ view according to which incommensurability of explanatory levels in science is a pragmatically indispensable yet in principle dispensable feature of empirical inquiry. (shrink)

The social epistemology of science has adopted agent-based computer simulations as one of its core methods for investigating the dynamics of scientific inquiry. The epistemic status of these highly idealized models is currently under active debate in which they are often associated either with predictive or the argumentative functions. These two functions roughly correspond to interpreting simulations as virtual experiments or formalized thought experiments, respectively. This paper advances the argumentative account of modeling by proposing that models serve as (...) a means to (re)conceptualize the macro-level dynamics of complex social epistemic interactions. I apply results from the epistemology of scientific modeling and the psychology of mental simulation to the ongoing debate in the social epistemology of science. Instead of considering simulation models as predictive devices, I view them as artifacts that exemplify abstract hypothetical properties of complex social epistemic processes in order to advance scientific understanding, hypothesis formation, and communication. Models need not be accurate representations to serve these purposes. They should be regarded as pragmatic cognitive tools that engender rather than replace intuitions in philosophical reasoning and argumentation. Furthermore, I aim to explain why the community tends to converge around few model templates: Since models have the potential to transform our intuitive comprehension of the subject of inquiry, successful models may literally capture the imagination of the modeling community. (shrink)

Malcolm Wilson begins his account of Aristotle’s philosophy of science by identifying a difficulty inherent in Aristotle’s general approach to understanding the nature of scientific thought: if we assume, with Aristotle, that the premises of a scientific demonstration must contain only terms predicable of a subject essentially (or per se) and ‘as such’ (or qua a particular kind of being), we risk being committed to a view of the sciences as a set of narrowly focused and unrelated areas (...) of inquiry—as a ‘chaotic heap of disciplines’. Wilson contends that Aristotle succeeded in avoiding this difficulty by identifying four ways in which one science could be linked with another: either by subordination, analogy, ‘focality’, or ‘cumulation’. It seems clear that these principles figured in various aspects of Aristotle’s thought, and that each has the unifying capacity Wilson credits to it. What is less clear is how far Aristotle’s support for each principle rested on its capacity to solve the particular problem Wilson identifies. (shrink)

Grounding, understood as a primitive posit operative in contexts where metaphysical dependence is at issue, is not able on its own to do any substantive work in characterizing or illuminating metaphysical dependence---or so I argue in 'No Work for a Theory of Grounding' (Inquiry, 2014). Such illumination rather requires appeal to specific metaphysical relations---type or token identity, functional realization, the determinable-determinate relation, the mereological part-whole relation, and so on---of the sort typically at issue in these contexts. In that case, (...) why posit 'big-G' Grounding in addition to the 'small-g' grounding relations already in the metaphysician's toolkit? The best reasons for doing so stem from the Unity argument, according to which the further posit of Grounding is motivated as an apt unifier of the specific relations, and the Priority argument, according to which Grounding is needed in order to fix the direction of priority of the specific relations. I previously considered versions of these arguments, and argued that they did not succeed; in two papers, however, Jonathan Schaffer aims to develop a better version of the Unity argument, and offers certain objections to my reasons for rejecting the Priority argument. Here I consider these new arguments for Grounding. (shrink)

In this paper, I propose a new way to integrate historical accounts of social interaction in scientific practice with philosophical examination of scientific knowledge. The relation between descriptive accounts of scientific practice, on the one hand, and normative accounts of scientific knowledge, on the other, is a vexed one. This vexatiousness is one instance of the gap between normative and descriptive domains. The general problem of the normative/descriptive divide takes striking and problematic form in the case (...) of social aspects of scientific knowledge. With respect to this issue, history and philosophy of science appear starkly incompatible. I show how this dualism can be overcome, drawing on social action theory and the recent history of cellular immunology. (shrink)

The paper examines the integration of virtue epistemology into the philosophy of science, emphasizing its potential to deepen our understanding of scientific inquiry. The article begins by considering the limitations of traditional epistemological frameworks that focus on beliefs. The discussion is set in the context of the “value turn” in contemporary epistemology. Arguments are made to move towards recognizing the significance of intellectual virtues and the nature of epistemic agents. The current gaps in definitions of intellectual virtues about (...) reliabilist and responsibilist approaches are examined and conceptual steps are proposed to bridge these gaps. It is suggested that the local and general epistemic goals of science should be clearly distinguished and then different ways of knowing should be attributed to these goals. These ways of knowing are proposed to be seen as exemplifying the realization of reliable skills and intellectual character traits. In sum, the article argues that adopting a virtue epistemology not only enriches the discourse on scientific knowledge but also promotes a culture of responsibility and integrity in the scientific community. (shrink)

_A Sceptical Theory of Scientific Inquiry: Problems and Their Progress_ presents a striking re-interpretation of Popper’s ‘critical rationalism’. Briskman stresses methodological argument rather than metaphysics, develops a ‘Popperian’ response to the Meno Paradox, and takes further Briskman’s approach to problems concerning creativity.

Formal models of scientific inquiry, aimed at capturing socio-epistemic aspects underlying the process of scientific research, have become an important method in formal social epistemology and philosophy of science. In this introduction to the special issue we provide a historical overview of the development of formal models of this kind and analyze their methodological contributions to discussions in philosophy of science. In particular, we show that their significance consists in different forms of ‘methodological iteration’ whereby the models (...) initiate new lines of inquiry, isolate and clarify problems with existing knowledge claims, and stimulate further research. (shrink)

The paper proposes a typology of the scientific theories based on the modality of mathematizing. This gives us, like the classification of the geometries from the famous -Erlagen Program- initiated by Felix Klein, an internal principle for the connection of the different forms or levels of the theorizing, a constructive basis for the understanding of the complex structural nets of the mature scientific disciplines.

Grounding, understood as a primitive posit operative in contexts where metaphysical dependence is at issue, is not able on its own to do any substantive work in characterizing or illuminating metaphysical dependence---or so I argue in 'No Work for a Theory of Grounding' (Inquiry, 2014). Such illumination rather requires appeal to specific metaphysical relations---type or token identity, functional realization, the determinable-determinate relation, the mereological part-whole relation, and so on---of the sort typically at issue in these contexts. In that case, (...) why posit 'big-G' Grounding in addition to the 'small-g' grounding relations already in the metaphysician's toolkit? The best reasons for doing so stem from the Unity argument, according to which the further posit of Grounding is motivated as an apt unifier of the specific relations, and the Priority argument, according to which Grounding is needed in order to fix the direction of priority of the specific relations. I previously considered versions of these arguments, and argued that they did not succeed; in two papers, however, Jonathan Schaffer aims to develop a better version of the Unity argument, and offers certain objections to my reasons for rejecting the Priority argument. Here I consider these new arguments for Grounding. (shrink)

The volume describes a virtual tour of the cities in which Franz Brentano and his pupils worked and lived, with a reconstruction of the intellectual climate of their time. After the Introduction, the intellectual life of Wurzburg, Munich, Vienna, Prag, Lvov, Warsaw, Cambridge, Florence and Milan is presented and analyzed. The papers collected in this volume propose several answers to the following question: to what do we refer when we speak of Central European philosophy?. Interpretations of Central European philosophy have (...) developed in at least two broad directions. An interpretation fashionable during the 1970s lumps specific philosophical achievements, especially those of Mach and Wittgenstein, characterized by research into and development of new languages, of new philosophical, scientific and artistic grammars. In this situation, literature was seen as the exploration of meanings moving towards frontiers in which reality and possibility, science and metaphor, meet and merge. On the other hands, the theme of a Central European philosophy, connected with but independent of literature, has recently been given more thorough development. The two outstanding figures to have emerged from this inquiry are those of Bernard Bolzano and Franz Brentano. With reference to Brentano in particular, it is almost as if the collapse of the Empire also erased awareness of the common origin of many diverse components of Central European philosophical and scientific thought. The Polish logical school, logical neopositivism, phenomenology, the Prague school of linguistics, analytic philosophy, Gestalt psychology, the Vienna economics school - as well as a number of individual thinkers - are all movements and groups connected in some manner with Brentano's work and teaching. Although in some respects these are movements still at the centre of interest, the overall effect, the pattern of their common and unifying aspects have been neglected if they have not entirely disappeared. It seems that the unity of this philosophical tradition was lost with the end of the geographical and political unity of the Danubian empire and with the events that accompanied its downfall. After 1918 the centres of that tradition - Vienna, Prague, Lvov, Graz - belonged to different states, and its rich network of exchanges, contacts and relationships was dismantled forever. However, there still remained something of its philosophical style in each individual school; traits which enable us to speak, as the Authors have done in this volume, of Central European philosophy.". (shrink)

A Sceptical Theory of Scientific Inquiry: Problems and Their Progress presents a distinctive re-interpretation of Popper's 'critical rationalism', displaying the kind of spirit found at the L.S.E. before Popper's retirement. It offers an alternative to interpretations of critical rationalism which have emphasised the significance of research programmes or metaphysics (Lakatos; Nicholas Maxwell), and is closer to the approach of Jagdish Hattiangadi. Briskman gives priority to methodological argument rather than logical formalisms, and takes further his own work on creativity. (...) In addition to offering an important contribution to the understanding of critical rationalism, the book contains interesting engagements with Michael Polanyi and the Meno Paradox. This volume also contains an introduction by the editor, which situates Briskman's work in the history of the interpretation of 'critical rationalism'. (shrink)

The methodological foundations of any scientific discipline are shaped by the goals towards which that discipline is aiming. While it is almost universally accepted that the goals of explanation and prediction of natural and non-human phenomena have been met with great success since the scientific revolution, it is almost just as universally accepted that the social sciences have not even come close to achieving these goals. This raises the question addressed in this paper, namely, what is economics, and (...) social science more broadly speaking, for? What is their aim, and how is it similar and dissimilar to that of the natural sciences as we have come to classify them? I take up this question from a pragmatic perspective in this paper, setting economics within the wider context of social inquiry. Specifically, I turn to Hilary Putnam and John Dewey as exemplars of the pragmatic critique of any economics that sees its goals in line with those of the natural sciences, that is, as aiming for explanation and prediction according to governing laws of human behaviour. NB: this is a preprint that underwent some minor edits. (shrink)

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In this paper we examine the epistemic value of highly idealized agent-based models of social aspects of scientific inquiry. On the one hand, we argue that taking the results of such simulations as informative of actual scientific inquiry is unwarranted, at least for the class of models proposed in recent literature. Moreover, we argue that a weaker approach, which takes these models as providing only “how-possibly” explanations, does not help to improve their epistemic value. On the (...) other hand, we suggest that if ABMs of science underwent two types of robustness analysis, they could indeed have a clear epistemic function, namely by providing evidence for philosophical and historical hypotheses. In this sense, ABMs can obtain evidential and explanatory properties and thus be a useful tool for integrated history and philosophy of science. We illustrate our point with an example of a model—building on the work by Kevin Zollman—which we apply to a concrete historical case study. (shrink)

Staying for an answer : the untidy process of groping for truth -- The same, only different -- The unity of truth and the plurality of truths -- Coherence, consistency, cogency, congruity, cohesiveness, &c. : remain calm! don't go overboard! -- Not cynicism, but synechism : lessons from classical pragmatism -- Science, economics, "vision" -- The integrity of science : what it means, why it matters -- Scientific secrecy and "spin" : the sad, sleazy story of the trials (...) of remune -- Truth and justice, inquiry and advocacy, science and law -- Trial and error : the Supreme Court's philosophy of science -- An epistemologist among the epidemiologists -- Fallibilism and faith, naturalism and the supernatural, science and religion -- The ideal of intellectual integrity, in life and literature -- After my own heart : Dorothy Sayers's feminism -- Worthwhile lives -- Why I am not an oxymoron -- Formal philosophy? : a plea for pluralism. (shrink)

The 20th century philosophy of science began on a positivistic note. Its focal point was scientific explanation and the hypothetico-deductive (HD) framework of explanation was proposed as the standard of what is meant by “science.” HD framework, its inductive and statistical variants, and other logic-based approaches to modeling scientific explanation were developed long before the dawn of the information age. Since that time, the volume of observational data and power of high performance computing have increased by several orders (...) of magnitude and reshaped the practice and concept of science, and indeed, the philosophy of science. A new observational-inductive (OI) framework for scientific research is emerging due to recent developments in sensors, data systems, computers, and knowledge discovery techniques. We examine the nature of these changes and their impact on the question of what is meant by “science” after discussing five examples of the OI framework, and conclude that the HD and OI frameworks are complementary and synergistic. (shrink)

This handbook provides a comprehensive overview of Islamic ethical issues within a wide spectrum of philosophy of science topics, examining the development of the model of moral inclusiveness in economics, science and society from ontological, epistemological and analytical perspectives. This paradigm takes the view that ethics is systemically endogenous, and can be studied by the most rigorous scientific analysis pertaining to diverse issues and problems of ethicality in socio-scientific inquiry. This handbook takes a sweeping transdisciplinary approach that (...) is deeply phenomenological, to the nature and logic of scientific inquiry of, and in, the Qur’an. Such an approach invokes the episteme of the unity of knowledge in the socio-scientific systemic sense. The volumes' respective sections focus on the nature, logic, and role that ethics plays in formulating new vistas of alternative epistemic futures in Islamic economics, finance, and the social sciences. The ideas presented are situated within the broader context of the post-modernist, post-pandemic, and the post-Covid-19 epoch, while being aimed at conceptualising a distinctive new outlook of transdisciplinary intellection in Islamic philosophy. The content is rigorously conceptual, qualitative, quantitative, and applied. Covering a diversity of subject areas from philosophy of science, to economics and in socio-scientific context within the realm of Islamic philosophy, this forms a key text for scholars in these respective arenas, led by pioneering scholarship in Islamic studies. (shrink)

Scientific inquiry is typically focused on particular questions about particular objects and properties. This leads to a multiplicity of models which, even when they draw on a single, consistent body of concepts and principles, often employ different methods and assumptions to model different systems. Pluralists have remarked on how scientists draw on different assumptions to model different systems, different aspects of systems and systems under different conditions and defended the value of distinct, incompatible models within science at any (...) given time. Paraconsistentists have proposed logical strategies to avoid trivialization when inconsistencies arise by a variety of means. Here we examine how chunk and permeate, a simple approach to paraconsistent reasoning which avoids heterodox logic by confining commitments to separate contexts in which reasoning with them is taken to be reliable while allowing ‘permeation’ of some conclusions into other contexts, can help to systematize pluralistic reasoning across the boundaries of plural contexts, using regional climate models as an example. The result is a kind of unity for science—but a unity achieved by the constrained exchange of specified information between different contexts, rather than the closure of all commitments under some paraconsistent consequence relation. (shrink)

Although nature of science and nature of scientific inquiry are related to each other, they are differentiated as NOS is being more related to the product of scientific inquiry which is scientific knowledge whereas NOSI is more related to the process of SI. Lederman et al. determined eight NOSI aspects for K-16 context. In this study, a science camp was conducted to teach scientific inquiry and NOSI to 24 6th and 7th graders. The (...) core of the program was guided inquiry in nature. The children working in small groups under guidance of science advisors conducted four guided-inquiries in the nature in morning sessions on nearby plants, animals, water, and soil. NOSI aspects were made explicit during and at the end of each inquiry session. Views about scientific inquiry questionnaire was applied as pre- and post-test. The results of the study showed that children developed in all eight NOSI aspects, but higher developments were observed in “scientific investigations all begin with a question” and “there is no single scientific method,” and “explanations are developed from data and what is already known” aspects. It was concluded that the science camp program was effective in teaching NOSI. (shrink)

In recent years, feminist philosophy of science has been subjected to criticism. The debate has focused on the implications of the underdetermination thesis for accounts of the role of social values in scientific reasoning. My aim here is to offer a different approach. I suggest that feminist philosophers of science contribute to our understanding of science by (1) producing gender‐sensitive analyses of the social dimensions of scientific inquiry and (2) examining the relevance of these analyses for normative (...) issues in philosophy of science. (shrink)

In the conclusion of the last section, we suggested that it is illuminating to compare Sellars' philosophy with that of Kant. This can clearly be seen with reference to his attack on the "myth of the given," his positive analysis of concepts, and his classification of the manifest image as phenomenal. But the analogy with Kant is also helpful in clarifying two further notions that are essential for completing the sketch of Sellars' system: persons and reality. Although Sellars has written (...) a number of papers that delineate and defend the logic of intentions, which is the heart of what is distinctive about persons, one topic that he has not explored in great detail is the "unity of the persons." The category of persons which is the fundamental category of the manifest image and which must be joined with the scientific image if we are to achieve a true synoptic vision of man-in-the-universe presents a central difficulty for Sellars' systematic edifice. For he attempts to show the compatibility of what at first seem to be contradictory claims. On the one hand he maintains that a reconstruction of the category of persons in terms of the fundamental concepts of the scientific image "is in principle impossible, the impossibility in question being a strictly logical one". On the other hand, he claims that persons can in principle be exhaustively described and explained in terms of the scientific image. A person is nothing more than a multiplicity of logical subjects and the precise nature of these subjects can eventually be revealed in the development of scientific inquiry. (shrink)

Phillip R. Sloan - Performing the Categories: Eighteenth-Century Generation Theory and the Biological Roots of Kant's A Priori - Journal of the History of Philosophy 40:2 Journal of the History of Philosophy 40.2 229-253 Preforming the Categories: Eighteenth-Century Generation Theory and the Biological Roots of Kant's A Priori Phillip R. Sloan Situating Kant's philosophical project in relation to the natural sciences of his day has been of concern to several scholars from both the history of science and the history of (...) philosophy. Historians of philosophy have displayed an expanded awareness of, and interest in, the importance of the scientific context of the period in which Kant carried out his "Copernican" revolution. Most commonly among philosophers, this interest has been analyzed in relation to Kant's concerns with the foundations of mechanics, matter theory, and the epistemology of Newtonian science, with the central text of interest being the Metaphysische Anfangsgründe. On the other hand, historians of philosophy and historians of science, interested in the issues of the third Critique and in the several papers of Kant dealing with biological and anthropological issues, have emphasized the unified nature of Kant's inquiries into the natural sciences, and the importance of his continued interest in the life and human sciences alongside his interests in the foundations of the physical sciences. The effort to understand the unity of Kant's.. (shrink)

Several recent publications attest to a renewed interest, at the dawn of the 21st century, in the philosophy of Charles S. Peirce. While agreeing with the relevance of Peirce philosophy for the 21st century, we disagree with some interpretations of Peirce as a utilitarian-based pragmatist, or with attempts to extract from Peirce a theory of social justice for 21st century societies. A critical exploration of Peirce’s philosophy of science, particularly his idea of scientific inquiry as “the study of (...) useless things”, serves to illuminate the un-pragmatic and anti-utilitarian dimension of Peirce’s thought, as well as to reveal his true ethical relevance for the 21st century. (shrink)

Empirical inquiry involves the coevolution of predictive theory and descriptive language. Here we consider how one might model this coevolution using the tools of evolutionary game theory. We will see how subsequently evolved languages might exhibit semantic drift, invention, and discard. These evolutionary models also illustrate how subsequently evolved languages might be incommensurable yet nevertheless provide faithful descriptions of nature. Finally, we will consider how a model for the coevolution of predictive theory and descriptive language accounts for endogenous epistemic (...) norms. (shrink)

Is methodological theory a priori or a posteriori knowledge? It is perhaps a posteriori improvable, somehow. For example, Duhem discovered that since scientists disagree on methods, they do not always know what they are doing. How is methodological innovation possible? If it is inapplicable in retrospect, then it is not universal and so seems defective; if it is, then there is a miracle here. Even so, the new explicit awareness of rules previously implicitly known is in itself beneficial. And so, (...) improved methodology may make for improved methods. Hence, methodology is in part descriptive, in part prescriptive. Knowing this, a methodologist might improve his own studies. For example, Popper would then not hasten to conclude from the fact that past scientists depended on positive evidence that they had better do so in future as well; perhaps a lesser concern with confirmation may increase the productivity of scientific inquiry. (shrink)

All scientific disciplines go through periods of self-analysis. However, this analysis often takes place as if inside a closed arena, from which it is difficult to gain a long view. Instead, in hopes of identifying the properties that define it, each discipline examines its own features in a mirror that it holds up to itself.Yet there are other times, perhaps less frequent, when these self-evaluations are accompanied by an inquiry into the extent to which the discipline's intellectual characteristics (...) are shaped by its relationship to other disciplines. (shrink)