In this systematic study, Professor Achinstein analyzes such concepts as definitions, theories, and models, and contrasts his view with currently held positions that he finds inadequate.

The article explores specificities of thematization of science and scientific rationality in Martin Heidegger’s fundamental ontology. This analysis focuses on the concept of scienticity, character- istic for Heidegger’s “early” line of thought, as well as continuation and divergence of exposition of “science” and the nature of “theoretical attitude” as the subject of interpretation of transcen- dental phenomenology of E. Husserl. This research places an emphasis on particularity of Hei- degger’s explication of existential concept of science as opposed (...) to prevailing logico-epistemolog- ical philosophy of science, and foundation of thematization of scientific “subject matters” and theoretical attitude upon the universe of ontological understanding of being of entities (regional ontologies). It also focuses on Heidegger’s assertion of fundamental ontological projection in a status of a peculiar “science of knowledge”, which gives ground for a priori pre-conditions of specific sciences. Separate attention is paid to a specifically Heideggerian approach to explication of the rooting of initial scientific orientation in the sphere of pre-scientific experience, which ar- ticulates itself in so called “fundamental concepts”, as well as positioning of contemplative ‘present-at-hand’ paradigm of theoretical knowledge as a derivative modus of a primary use of ‘ready-to-handness’ as a phenomenological founding basis of everydayness’ experience. The author came to the attention that scientific knowledge is a project Dasein. It is within the framework of self-design that Dasein thematizes what happens to another region of being that is the subject of scientific knowledge. In other words, making things available in researching, applying themes, provided that the design allowed late as the systematic development of the most modern buildings, such as is done in the world, and possibly everyday greeting improvised performance. (shrink)

INTRODUCTION What relevance — if any — does philosophy of science have for science education? Unfortunately, this question has been largely unexplored. ...

U ovome radu istražujem Polanyijeve glavne argumente za akademsku slobodu. Akademska i politička sloboda međusobno su blisko povezane: ako država preuzme kontrolu nad znanošću, to dovodi do kolapsa same slobode u cijelome društvu. Njegovi argumenti protiv totalitarizma oslanjaju se na njegovu anti-pozitivističku filozofiju znanosti. On definira totalitarizam kao poricanje akademske slobode koje se temelji na pragmatičkom poimanju znanosti i instrumentalističkim interpretacijama moralnih vrijednosti. Polanyijeva ideja znanosti je duhovni, idealistički opis zajednice slobodnih intelektualaca koji su strastveno posvećeni potrazi za istinom i (...) imaju autonomnu zajednicu s vlastitim pravilima i autonomnim upravljanjem. Potraga za istinom radi nje same je bitan cilj znanosti, koji se može postići jedino ako znanost ostane slobodna od političkih, ideoloških i ekonomskih utejcaja. Tvrdim da Polanyijevi uvidi mogu biti relevantni i danas, kada znanost može postati instrument profitno orijentiranih praktičnih potreba umjesto potrage za istinom samom i kada se humanistika često smatra nepotrebnom.In the present essay I investigate Polanyi’s main arguments for academic freedom. Academic and political freedom are closely related to each other: if state takes control over science, it will lead to the collapse of freedom itself in the whole society. His arguments against totalitarianism rely on his anti-positivist philosophy of science. He diagnoses totalitarianism as a denial of academic freedom which is based on a pragmatist view of science and instrumentalist interpretation of moral values. Polanyi’s idea of science is a spiritual, idealistic description of a community of free intellectuals who are passionately committed to seeking the truth and have an autonomous community with its own rules and autonomous direction. Seeking the truth for its own sake is the essential goal of science, which can be accomplished only if it remains free from political, ideological and economical influences. I will argue that Polanyi’s insights can still be relevant today, when science can become an instrument of profit-oriented practical needs instead of seeking the truth itself, and the humanities are often considered unnecessary.Dans cet essai, j’examine les principaux arguments de Polany pour la liberté académique. La liberté académique et politique sont étroitement liées : si l’Etat prend le contrôle de la science, cela conduira à l’effondrement de la liberté elle-même dans toute la société. Ses arguments contre le totalitarisme reposent sur sa philosophie anti-positiviste de la science. Il diagnostique le totalitarisme comme un refus de la liberté académique fondé sur une conception pragmatique de la science et une interprétation instrumentaliste des valeurs morales. L’idée de la science de Polany est une description spirituelle, idéaliste, d’une communauté d’intellectuels libres, passionnément dédiés à la recherche de la vérité, et qui ont une communauté avec ses propres règles et une direction autonome. La recherche de la vérité pour elle-même est l’objectif essentiel de la science, ce qui peut être accompli uniquement si elle demeure libre des influences politiques, idéologiques et économiques. J’affirme que les visions de Polany peuvent toujours être pertinentes aujourd’hui, alors que la science peut devenir un instrument des besoins pratiques orientés vers le profit au lieu de chercher la vérité elle-même, et alors que les sciences humaines sont souvent considérées comme inutiles.Im präsenten Artikel gehe ich Polanyis Hauptargumentation für akademische Freiheit auf den Grund. Die akademische und politische Freiheit sind miteinander nahe verwandt: Unterzieht der Staat die Wissenschaft seiner Kontrolle, endet dies im Kollaps der Freiheit selbst in der gesamten Gesellschaft. Polanyis Begründung gegen den Totalitarismus stützt sich auf dessen antipositivistische Philosophie der Wissenschaft. Er diagnostiziert den Totalitarismus als Versagung der akademischen Freiheit, die auf dem pragmatischen Blickpunkt der Wissenschaft als auch der instrumentalistischen Interpretation der Moralwerte basiert. Polanyis Wissenschaftsvorstellung ist eine spirituelle, idealistische Schilderung einer Gemeinschaft freier Intellektueller, die sich der Suche nach Wahrheit glutvoll gewogen zeigt und über eine autonome Community mit eigenen Regeln sowie autonomer Verwaltung verfügt. Die Erkundung der Wahrheit um ihrer selbst willen repräsentiert das essenzielle Vorhaben der Wissenschaft, welches sich allein unter Bewahrung ihrer Independenz von politischen, ideologischen bzw. wirtschaftlichen Einflüssen zuwege bringen lässt. Ich halte dafür, Polanyis Einblicke hätten auch heutzutage Relevanzpotenzial, zu der Zeit, wenn sich die Wissenschaft auf ein Werkzeug des profitorientierten praktischen Begehrens reduzieren könnte, anstatt nach der Wahrheit selbst zu fahnden, und die Geisteswissenschaften gehäuft als entbehrlich abgestempelt werden. (shrink)

In this paper, I examine several commentaries and glosses on the prolegomenon of Najm al-Dīn al-Kātibī’s (d. 675/1276–77) Shamsiyya that relate to debates on the Aristotelian and Ibn Sīnān theory of science in the postclassical period. Chief among the commentaries of the Shamsiyya is Quṭb al-Dīn al-Rāzī’s (d. 766/1365) Taḥrīr al-qawāʿid al-manṭiqiyya. This commentary, rather than the base text of the Shamsiyya, set the stage for later interpretations by Mirak al-Bukhārī (fl. 733/1332), Naṣīr al-Dīn al-Qāshānī (d. 755/1354), Saʿd al-Dīn (...) al-Taftāzānī (d. 792/1390), al-Sayyid al-Sharīf al-Jurjānī (d. 816/1413), Dāwūd al-Khwāfī (fl. 839/1465) and ʿIṣām al-Dīn Isfarāyinī (d. 945/1538). I focus on three issues that were raised in these interpreta­tions of the Shamsiyya’s prolegomenon: (1) the place of the elements of sciences in logical corpus, (2) the notion of the prolegomenon and its content, and (3) the real essence of a science. I attend to the particular debates and contentions on these issues to reveal the general idea of science at that time. (shrink)

As the dialogue between science and religion has grown more robust, Christians have been led to more nuanced ways of thinking about the connections between these two modes of inquiry. This essay focuses on exploring various deficiencies in naturalistic conceptions of the cosmos, and further exploring how Eastern Orthodox theology provides a more encompassing picture of human beings and their place in the cosmos.

A student's future as a knowledge worker (one who "thinks for a living" with the task of problem solving) is the starting point of this book. With this in mind, the book combines a review of philosophical positions and problems with practical examples and perspectives gained from everyday challenges faced by knowledge workers in their businesses and organizations. Through the use of summative chapters, highlighted key concepts, questions for reflection, and illustrative examples on how to work with the theories presented, (...) the book provides a clear and accessible introduction to this challenging subject. Philosophy of Science primarily addresses students studying language, communication, marketing, economics, and management. However, the survey of the theoretical schools of thought - as well as the discussions on research ethics and the role of research in society - will be equally relevant for other students in the humanities and the natural and social sciences. (shrink)

This chapter describes some of the varieties of philosophical humanism and different conceptions of, and attitudes towards, the natural sciences. I focus on three kinds of humanism evident in 20th century European philosophy – humanism as essentialism, humanism as rational subjectivity, and existential humanism. Some are strongly allied to the sciences, others are antipathetic to them, while others offer subtler positions. By emphasising this diversity, I want to oppose claims about the inevitability of an 'alliance' of science to humanism, (...) and that claim that to be a humanist is something we must approve or applaud. At best, those 'alliances' and that praiseworthiness will only be true of certain varieties of humanism. (shrink)

The chief topics discussed in this carefully written book are the nature of definitions in science, the distinction between observational and theoretical terms, changes in scientific concepts and the role of analogies and models in science. The unifying theme is that of meaning in the sciences. Its treatment by Achinstein indicates a trend in recent philosophy of science toward finding a middle ground between two antithetical positions on the topic of the meaning of scientific terms. On the (...) one side stands the traditional positivist and logical empiricist account which distinguishes sharply between the meaning of observational and theoretical terms, and on the other side, the more recent views of Feyerabend, Kuhn, Hanson, Toulmin and others who stress the dependence of the meaning of observational terms on that of theoretical terms and the change of meaning of all terms connected with a theory when the theory changes. Achinstein argues cogently that the extreme versions of these positions will not work. Their main problem is that their treatment of meaning is too rigid and monolithic. His own discussion of meaning in the early chapters on definition bristles with distinctions, nuances, and concrete examples from the sciences. In terms of the distinctions of this part of the book he is later able to argue against Feyerabend and Kuhn that in changes of scientific concepts such as characterize scientific revolutions not all of the meaning connections of the various terms need be altered. He also argues that of the many ways proposed to distinguish between theoretical and observational terms, no one is fundamental, though each may be relevant to certain categories of questions one might want to raise about scientific terms. This book thus leads away from the simpler doctrinal statements of the past about the meaning of scientific terms toward a theory of meaning requiring more distinctions, qualifications, nuances, and more subtlety all around.--R. H. K. (shrink)

Bulletin de Philosophie Médiévale, Volume 62, Issue, Page 91-168, January 2020.

When scientists choose one theory over another, they reject out of hand all those that are not simple, unified or explanatory. Yet the orthodox view of science is that evidence alone should determine what can be accepted. Nicholas Maxwell thinks he has a way out of the dilemma.

Science is fundamentally devoted to generating original knowledge, and therefore concepts of scientific originality are keys to understanding its very essence. Scientific originality has long been thought of as discovery, but new studies of the humanities and social sciences have shown that other, discipline-specific concepts of originality are used in these fields of study. Does this finding also hold for disciplines in the natural science, medicine, and engineering? Are concepts of originality scientifically grounded or do they instead reflect (...) extrascientific modes of originality? These questions lie at the heart of research proposals responding to an initiative explicitly calling for original scientific projects. The proposals undergo a two-step analysis based on grounded theory[Per style, reference citation is not allowed in abstract section. Hence, we have deleted Charmaz, 2006. Please approve.]. First, three empirically identified modes of scientific originality are described: temporal, partially different, and revolutionary. The three modes of originality are consistent with extrascientific ones such as those in art and fashion. Second, six disciplines—two each in the natural science, medical, and engineering—are analyzed for ways the three modes of originality are used and for their associated disciplinary characteristics in order to identify discipline-specific concepts of originality. (shrink)

The prestige of science, derived from its claims to certainty, has adversely affected the humanities. There is, in fact, a “politics of certainty”. Our ability to predict events in a limited sphere has been idealized, engendering dangerous illusions about our power to control nature and eliminate time. In addition, the perception and propagation of science as a bearer of certainty has served to legitimate harmful forms of social, sexual, and political power. Yet, as Ilya Prigogine has argued, renewed (...) attention to the irreducible reality of time has brought us to “the end of certainty”. As we enter the age of uncertainty, there is disagreement about how science should be understood and communicated. Some scientists cling to the ideal of certainty, while others emphasize the creative potential of spontaneity, novelty, and surprise. (shrink)

Antonius Andreae was one of the most distinguished disciples and disseminators of John Duns Scotus’s doctrines within the Crown of Aragon and his works, which had an outstanding editorial success, can be considered as complete philosophical treatises ad mentem Scoti. This article focusses on his commentary on Aristotle’s Metaphysics, where Andreae completes and reformulates the metaphysical views of his teacher, which results in a systematic treatise of Scotist metaphysics. To assess the scope of his reformulation and its value, I examine (...) his interpretation of the concept of science and the scientific status of metaphysics as is exposed in the sixth book of this commentary. For it, I present a detailed overview and transcription of his Quaestiones super Metaphysicam Aristotelis VI, which is based on Oxford, Oriel College Library, ms. 65. (shrink)

Historical case studies of scientific concepts are a useful medium for showing how scientific ideas originate and how they change over time. They are thus a useful tool for conveying knowledge about the nature of science. This paper focuses on the concepts of heat and temperature and discusses some issues related to choosing the content for a historical case study which incorporates not only nature of science perspectives but understandings related to what we know about the teaching and (...) learning of these concepts. The case study is designed for first-year university chemistry students as an introduction to their study of thermodynamics. The paper includes a general chemistry textbook analysis of the heat and temperature concepts and a discussion of the caloric theory of heat, thermometry, and a brief survey of how the energy concept transformed our understanding of heat and temperature. (shrink)

Multidisciplinary models aggregating ‘lower-level’ biological and ‘higher-level’ psychological and social determinants of a phenomenon raise a puzzle. How is the interaction between the physical, the psychological and the social conceptualized and explained? Using biopsychosocial models of pain as an illustration, I argue that these models are in fact level-neutral compilations of empirical findings about correlated and causally relevant factors, and as such they neither assume, nor entail a conceptual or ontological stratification into levels of description, explanation or reality. If inter-level (...) causation is deemed problematic or if debates about the superiority of a particular level of description or explanation arise, these issues are fueled by considerations other than empirical findings. (shrink)

Aristotelova koncepcia definície v Druhých analytikách nepredstavuje len zásadný komponent dokazovacej vedy, ale v rôznych podobách je tiež zosobnená v spisoch jednotlivých vied a významným spôsobom ovplyvňuje podobu jeho filozofických a vedeckých skúmaní. I keď je systematickému výkladu spôsobov definovania venovaná celá druhá kniha tohto spisu, plné vyjasnenie účelu definícií sa ukáže až v širšom kontexte Aristotelovho modelu vedy. Cieľom štúdie je systematická interpretácia konceptu definície a predstavenie dvoch hlavných postupov definovania na podklade metódy vedeckého skúmania v spisoch Organonu.Podobu definície (...) do značnej miery utvára povaha objektov, ktoré vstupujú do vedeckého skúmania. V prvom rade je nutné zabezpečiť definície elementárnych objektov a vlastností, ktoré konštituujú predmet vedy. V tomto význame vystupujú definície ako jeden z bezprostredných počiatkov vedeckého sylogizmu. Postavenie takzvaných bezprostredných definícií je o to význačnejšie, že ich úlohou nie je len fixovať významy elementárnych pojmov vedeckého jazyka. Aristotelova metodológia vedy je vystavaná na esencialistických základoch a definície tak majú za úlohu zachycovať všetky nutné vlastnosti popisovaného druhu objektov, pričom zároveň z výmeru vylúčia tie vlastnosti, ktoré sú pre neho náhodné. Z toho nasleduje, že jednému druhu nutne náleží len jedna úplná a adekvátna definícia, čo vedcovi umožňuje vytvoriť spoľahlivý základ pre dokazovaciu fázu skúmania zaistením pravdivých premís, ktoré vyčerpávajúcim spôsobom popisujú svoj objekt.Na opačnom konci procesu vedeckého skúmania stoja sylogistické definície. Na rozdiel od prvého typu objektu definície, ich predmety sú komplexné a esencia nie je zjavná. Nakoľko cieľom definície je práve zobrazenie esencie, Aristoteles používa dôkaz ako nástroj jej zobrazenia. V tomto kontexte uvádza príklady prírodných fenoménov zatmenia a hromu, ktorých príčina je od nich odlišná, čo vytvára potrebu tohto špecifického postupu ich uchopenia. Na podklade Aristotelovho výkladu, štúdia analyzuje tieto dva typy definovania ako integrálnu súčasť vedeckej metódy a prirodzený dôsledok potreby adekvátneho postihnutia esencie predmetu skúmania. (shrink)

This treatise is divided int9 four chapters with footnotes appearing at the end of each chapter. Following the conclusion there are three appendices which clarify a few points introduced in the text but not treated there. Some changes have been made to secondary material. On occasion when quoting Kaufmann's Hegel: Texts and Commentary, the translation of Begriff as "Concept" is changed to "Notion". This was done only to preserve the flow of presentation. The majority of translations have Begriff as "Notion". (...) When these others are placed side by side with Kaufmann's or Knox's translations where Begriff is "Concept", the result is so times distracting. In addition, all titles to Hegel's sciences have been abbreviated. Thus, instead of referring to The Lectures on the History of Philosophy each time it is mentioned, an abbreviated name is given -- History of Philosophy. Instead of The Lectures on the Philosophy of Religion, we have placed Philosophy of Religion in the text. Again the readability of the treatise was the main concern. The objective of this study is to expound on Hegel's concept of science, to list its general features, and to provide a perspective with which one should be able to approach each of Hegel 's sciences individually and observe the concept at work. In the first chapter we have provided an outlined analysis of the concept and in the last chapter have carried this concept through each of five different sciences -- The Philosophy of Right, The Philosophy of History, The Philosophy of Art, The Philosophy of Religion, and The History of Philosophy. In the second chapter we have examined the universal-particular-individual progression that characterizes the dialectical method. In the third chapter we have considered the internal relations that serve to guarantee the scientific stature of the universal-to-individual progression. (shrink)

Western civilization was built on the concept of God. Today modern science, based on the critical method and so-called objective facts, denies even the existence of our soul. There is only matter: atoms, molecules, and DNA sequences. There is no freedom; there are no well-grounded beliefs. The decline of Western civilization is not the simple consequence of decadence, hedonism, and malevolence. Modern critical science has liberated us from the old dogmas but failed to establish our freedoms, values, and (...) beliefs. However, human knowledge is not objective but personal. We are the children of evolution. Everybody sees the world from his own personal point of view anchored into his/her body. We use our billions-of-years-old evolutionary skills and thousands-of-years-old cultural heritage to recognize and acknowledge the personal facts of our reality, freedom, and most important natural beliefs: respect and speak the truth. In reality, even science itself is based on our personal knowledge. Only our false conceptual dichotomies paralyze our thinking. God or matter?—there is a third choice: the emergence of life and human persons. This is the only way to defend our freedoms and the Christian moral dynamism of free Western societies. (shrink)

Although philosophical approaches to the self are diverse, several of them are relevant to cognitive science. First, the notion of a 'minimal self', a self devoid of temporal extension, is clarified by distinguishing between a sense of agency and a sense of ownership for action. To the extent that these senses are subject to failure in pathologies like schizophrenia, a neuropsychological model of schizophrenia may help to clarify the nature of the minimal self and its neurological underpinnings. Second, there (...) is good evidence to suggest that although certain aspects of the minimal self are primitive and embodied, other aspects may be accessed only in reflective consciousness. Employing a modified concept of the minimal self, it may be possible to construct a robotic form of non-conscious self-reference that depends on an interaction between the robotic body and its environment. In contrast to the minimal self, the narrative self involves continuity over time and is directly relevant to discussions of memory and personal identity. There is growing consensus among philosophers and cognitive scientists about the importance of narrative and its relation to episodic memory and left-hemisphere functions. There are, however, at least two different views of how the narrative self is structured. On one model it is nothing more than an abstract point. On a more extended view, proposed here, the self is a rich amalgam of narratives that allows for the equivocations, contradictions, and self-deceptions of personal life. Even in this case, however, neurocognitive models contribute to our understanding of how narrative identity is structured. (shrink)

This paper is an assessment of the key debates on Heidegger’s existential conception of science. It relates the topics to contemporary problems in the philosophy of the natural sciences, providing the reader with a framework to evaluate various versions of hermeneutic phenomenology of scientific research as alternatives to both, naturalistic and normativeepistemological conceptions of scientific research. The paper delineates a context of constitution that is irreducible to the context-distinction between discovery and justification. In this context, the tenets of (...) the doctrine of cognitive existentialism are formulated. (shrink)

This paper is an assessment of the key debates on Heidegger’s existential conception of science. It relates the topics to contemporary problems in the philosophy of the natural sciences, providing the reader with a framework to evaluate various versions of hermeneutic phenomenology of scientific research as alternatives to both, naturalistic and normativeepistemological conceptions of scientific research. The paper delineates a context of constitution that is irreducible to the context-distinction between discovery and justification. In this context, the tenets of (...) the doctrine of cognitive existentialism are formulated. (shrink)

This article is the first in a trilogy about the concept “science”. Section 1 considers the historical development of the meaning of the term science and shows its close relation to the terms “knowl­edge” and “philosophy”. Section 2 presents four historic phases in the basic conceptualizations of science science as representing absolute certain of knowl­edge based on deductive proof; science as representing absolute certain of knowl­edge based on “the scientific method”; science as representing fallible (...) knowl­edge based on “the scientific method”; science without a belief in “the scientific method” as constitutive, hence the question about the nature of science becomes dramatic. Section 3 presents four basic understandings of the scientific method: Rationalism, which gives priority to a priori thinking; empiricism, which gives priority to the collection, description, and processing of data in a neutral way; historicism, which gives priority to the interpretation of data in the light of “paradigm” and pragmatism, which emphasizes the analysis of the purposes, consequences, and the interests of knowl­edge. The second article in the trilogy focus on different fields studying science, while the final article presets further developments in the concept of science and the general conclusion. Overall, the trilogy illuminates the most important tensions in different conceptualizations of science and argues for the role of information science and knowl­edge organization in the study of science and suggests how “science” should be understood as an object of research in these fields. (shrink)

The Comprehensibility of the Universe puts forward a radically new conception of science. According to the orthodox conception, scientific theories are accepted and rejected impartially with respect to evidence, no permanent assumption being made about the world independently of the evidence. Nicholas Maxwell argues that this orthodox view is untenable. He urges that in its place a new orthodoxy is needed, which sees science as making a hierarchy of metaphysical assumptions about the comprehensibility and knowability of (...) the universe, these assumptions asserting less and less as one ascends the hierarchy. This view has significant implications: that it is part of scientific knowledge that the universe is physically comprehensible; that metaphysics and philosophy are central to scientific knowledge; that science possesses a rational, if fallible, method of discovery; that a new understanding of scientific method and rationality is required. Maxwell argues that this new conception makes possible a natural resolution of long-standing philosophical problems about science, regarding simplicity, induction, and progress. His goal is the reform not just of the philosophy of science but of science itself, and the healing of the rift between the two. (shrink)

Multidisciplinary models aggregating ‘lower-level’ biological and ‘higher-level’ psychological and social determinants of a phenomenon raise a puzzle. How is the interaction between the physical, the psychological and the social conceptualized and explained? Using biopsychosocial models of pain as an illustration, I argue that these models are in fact level-neutral compilations of empirical findings about correlated and causally relevant factors, and as such they neither assume, nor entail a conceptual or ontological stratification into levels of description, explanation or reality. If inter-level (...) causation is deemed problematic or if debates about the superiority of a particular level of description or explanation arise, these issues are fueled by considerations other than empirical findings. (shrink)