Results for 'School of Scientific and Logical Interpretation of Gurbani'

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  1. The Cambridge Companion to Logical Empiricism.Alan Richardson & Thomas Uebel (eds.) - 2007 - New York: Cambridge University Press.
    If there is a movement or school that epitomizes analytic philosophy in the middle of the twentieth century, it is logical empiricism. Logical empiricists created a scientifically and technically informed philosophy of science, established mathematical logic as a topic in and tool for philosophy, and initiated the project of formal semantics. Accounts of analytic philosophy written in the middle of the twentieth century gave logical empiricism a central place in the project. The second wave of interpretative (...)
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  2. Helmut Steiner.Scientific Schools In Socialism - 1979 - In János Farkas, Sociology of science and research. Budapest: Akadémiai Kiadó.
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  3. Randomness in Arithmetic.Scientific American - unknown
    What could be more certain than the fact that 2 plus 2 equals 4? Since the time of the ancient Greeks mathematicians have believed there is little---if anything---as unequivocal as a proved theorem. In fact, mathematical statements that can be proved true have often been regarded as a more solid foundation for a system of thought than any maxim about morals or even physical objects. The 17th-century German mathematician and philosopher Gottfried Wilhelm Leibniz even envisioned a ``calculus'' of reasoning such (...)
     
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  4.  14
    A Logic for a Critical Attitude?Federico Boem & Stefano Bonzio - 2022 - Logic and Logical Philosophy 31 (2):261-288.
    Individuating the logic of scientific discovery appears a hopeless enterprise. Less hopeless is trying to figure out a logical way to model the epistemic attitude distinguishing the practice of scientists. In this paper, we claim that classical logic cannot play such a descriptive role. We propose, instead, one of the three-valued logics in the Kleene family that is often classified as the less attractive one, namely Hallden’s logic. By providing it with an appropriate epistemic interpretation, we can (...)
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  5.  76
    A Coalgebraic Perspective on Logical Interpretations.M. A. Martins, A. Madeira & L. S. Barbosa - 2013 - Studia Logica 101 (4):783-825.
    In Computer Science stepwise refinement of algebraic specifications is a well-known formal methodology for rigorous program development. This paper illustrates how techniques from Algebraic Logic, in particular that of interpretation, understood as a multifunction that preserves and reflects logical consequence, capture a number of relevant transformations in the context of software design, reuse, and adaptation, difficult to deal with in classical approaches. Examples include data encapsulation and the decomposition of operations into atomic transactions. But if interpretations open such (...)
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  6.  32
    Logic Matters.Logic Matters - unknown
    I read Stefan Collini’s What are Universities For? last week with very mixed feelings. In the past, I’ve much admired his polemical essays on the REF, “impact”, the Browne Report, etc. in the London Review of Books and elsewhere: they speak to my heart. If you don’t know those essays, you can get some of their flavour from his latest article in the Guardian yesterday. But I found the book a disappointment. Perhaps the trouble is that Collini is too decent, (...)
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  7.  19
    Scientific Inference with Interpretable Machine Learning: Analyzing Models to Learn About Real-World Phenomena.Timo Freiesleben, Gunnar König, Christoph Molnar & Álvaro Tejero-Cantero - 2024 - Minds and Machines 34 (3):1-39.
    To learn about real world phenomena, scientists have traditionally used models with clearly interpretable elements. However, modern machine learning (ML) models, while powerful predictors, lack this direct elementwise interpretability (e.g. neural network weights). Interpretable machine learning (IML) offers a solution by analyzing models holistically to derive interpretations. Yet, current IML research is focused on auditing ML models rather than leveraging them for scientific inference. Our work bridges this gap, presenting a framework for designing IML methods—termed ’property descriptors’—that illuminate not (...)
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  8.  46
    Dynamic Topological Logic Interpreted over Minimal Systems.David Fernández-Duque - 2011 - Journal of Philosophical Logic 40 (6):767-804.
    Dynamic Topological Logic ( ) is a modal logic which combines spatial and temporal modalities for reasoning about dynamic topological systems , which are pairs consisting of a topological space X and a continuous function f : X → X . The function f is seen as a change in one unit of time; within one can model the long-term behavior of such systems as f is iterated. One class of dynamic topological systems where the long-term behavior of f is (...)
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  9.  63
    On empirical interpretation.Brent Mundy - 1990 - Erkenntnis 33 (3):345 - 369.
    The view that scientific theories are partially interpreted deductive systems (theoretical deductivism) is defended against recent criticisms by Hempel. Hempel argues that the reliance of theoretical inferences (both from observation to theory and also from theory to theory) uponceteris paribus conditions orprovisos must prevent theories from establishing deductive connections among observations. In reply I argue, first, that theoretical deductivism does not in fact require the establishing of such deductive connections: I offer alternative H-D analyses of these inferences. Second, I (...)
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  10.  92
    An interpretation of scientific models involving analogies.Jack C. Carloye - 1971 - Philosophy of Science 38 (4):562-569.
    In order to account for the actual function of analogue models in extending theories to new domains, we argue that it is necessary to analyze the inference involved into a complex two dimensional form. This form must go horizontally from descriptions of entities used as a model to redescriptions of entities in the new domain, and it must go vertically from an observation language to a theoretical language having a different and exclusive logical syntax. This complex inference can only (...)
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  11. Provability logics for relative interpretability.Frank Veltman & Dick De Jongh - 1990 - In Petio Petrov Petkov, Mathematical Logic. Proceedings of the Heyting '88 Summer School. Springer. pp. 31-42.
    In this paper the system IL for relative interpretability is studied.
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  12. Accepting a Logic, Accepting a Theory.Timothy Williamson - 2024 - In Yale Weiss & Romina Birman, Saul Kripke on Modal Logic. Cham: Springer. pp. 409-433.
    This chapter responds to Saul Kripke’s critique of the idea of adopting an alternative logic. It defends an anti-exceptionalist view of logic, on which coming to accept a new logic is a special case of coming to accept a new scientific theory. The approach is illustrated in detail by debates on quantified modal logic. A distinction between folk logic and scientific logic is modelled on the distinction between folk physics and scientific physics. The importance of not confusing (...)
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  13.  49
    Polish Scientific Philosophy: The Lvov-Warsaw School.Jan Wolenski, Roberto Poli & Francesco Coniglione (eds.) - 1993 - Rodopi.
    One can often encounter an opinion that Polish scientific philosophy deserves to be much better known than actually is. This book is thought as a response to such a claim. The papers collected in this volume are divided into two parts: Background and Influence and History and Systematics. However, there is no sharp borderline between themes which are touched in both parts. Generally speaking, all papers of the first part relate the Lvov-Warsaw School to some philosophical movements external (...)
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  14.  48
    Logical Empiricism as Scientific Philosophy.Alan W. Richardson - 2024 - Cambridge: Cambridge University Press.
    This Element offers a new account of the philosophical significance of logical empiricism that relies on the past forty years of literature reassessing the project. It argues that while logical empiricism was committed to empiricism and did become tied to the trajectory of analytic philosophy, neither empiricism nor logical analysis per se was the deepest philosophical commitment of logical empiricism. That commitment was, rather, securing the scientific status of philosophy, bringing philosophy into a scientific (...)
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  15.  35
    Atuação do intérprete educacional e o aprender surdo.Vanessa Regina de Oliveira Martins & Gabriel Silva Xavier Nascimento - 2022 - Educação E Filosofia 36 (78):1715-1744.
    Resumo: A atuação do tradutor e intérprete de língua de sinais no contexto educacional inclusivo é tema de constantes embates teóricos acerca da concepção de seu ‘papel’. Desse modo, verificam-se prescrições que delimitam suas práticas e atribuições pela caracterização de uma pretensa ‘identidade’ profissional. Na contramão disso, esse estudo tenciona um adensamento analítico acerca daquilo que é produzido na atividade interpretativo-pedagógica do intérprete educacional, fora do âmbito da ‘identidade profissional’, mas no âmbito das efetivas ações produzidas pela posição e contextos (...)
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  16. (1 other version)Hyperintensional Ω-Logic.David Elohim - 2019 - In Matteo Vincenzo D'Alfonso & Don Berkich, On the Cognitive, Ethical, and Scientific Dimensions of Artificial Intelligence. Springer Verlag. pp. 65-82.
    This paper examines the philosophical significance of the consequence relation defined in the $\Omega$-logic for set-theoretic languages. I argue that, as with second-order logic, the hyperintensional profile of validity in $\Omega$-Logic enables the property to be epistemically tractable. Because of the duality between coalgebras and algebras, Boolean-valued models of set theory can be interpreted as coalgebras. In Section \textbf{2}, I demonstrate how the hyperintensional profile of $\Omega$-logical validity can be countenanced within a coalgebraic logic. Finally, in Section \textbf{3}, the (...)
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  17.  29
    Interpretation in Legal Theory.Andrei Marmor (ed.) - 1990 - Hart Publishing.
    Chapter 1: An Introduction: The ‘Semantic Sting’ Argument Describes Dworkin’s theory as concerning the conditions of legal validity. “A legal system is a system of norms. Validity is a logical property of norms in a way akin to that in which truth is a logical property of propositions. A statement about the law is true if and only if the norm it purports to describe is a valid legal norm…It follows that there must be certain conditions which render (...)
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  18.  43
    Scientific procedures.Ladislav Tondl - 1973 - Boston,: D. Reidel Pub. Co..
    For a decade, we have admired the incisive and broadly informed works of Ladislav Tondl on the foundations of science. Now it is indeed a pleasure to include this book among the Boston Studies in the Philosophy of Science. We hope that it will help to deepen the collaborative scholar ship of scientists and philosophers in Czechoslovakia with the English reading scholars of the world. Professor Ladislav Tondl was born in 1924, and completed his higher education at the Charles University (...)
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  19. Interpreted Logical Forms.Michelle Montague - 2005 - In Encyclopedia of Language and Linguistics, 2nd Edition. Elesvier.
     
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  20. Scientific Theories.Hans Halvorson - 2014 - In Paul Humphreys, The Oxford Handbook of Philosophy of Science. New York, NY, USA: Oxford University Press. pp. 585-608.
    Since the beginning of the 20th century, philosophers of science have asked, "what kind of thing is a scientific theory?" The logical positivists answered: a scientific theory is a mathematical theory, plus an empirical interpretation of that theory. Moreover, they assumed that a mathematical theory is specified by a set of axioms in a formal language. Later 20th century philosophers questioned this account, arguing instead that a scientific theory need not include a mathematical component; or (...)
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  21.  50
    Text Interpretation as a Scientific Activity.C. Mantzavinos - 2014 - Journal for General Philosophy of Science / Zeitschrift für Allgemeine Wissenschaftstheorie 45 (1):45-58.
    One way to show that text interpretation can be treated as a scientific problem is to show that the standards that are currently used in the natural sciences when dealing with problems not involving meaningful material can also be successfully employed in the case of text interpretation. These standards involve intersubjective intelligibility, testability with the use of evidence, rational argumentation, and making methodological decisions aiming at the attainment of truth, accuracy, simplicity and other epistemic values. In the (...)
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  22.  18
    Exploring newspapers' portrayals: A logic for interpretive content analysis.Karsten Renckstorf, Alexander Pleijter & Fred Wester - 2004 - Communications 29 (4):495-513.
    As shown through an inventory of the procedures used in diverse forms of qualitative content analysis projects, the logic of qualitative procedures is in most cases not standardized. Often researchers pay little or no attention to the procedures which they apply. This contribution presents and discusses a procedure for interpretive content analysis which was applied in an empirical study into trans-border news coverage in the Dutch-German Euregion Rhine-Waal. First, we will describe the study on the portrayal of the Dutch and (...)
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  23. (1 other version)Some considerations concerning "interpretative systems".Harry V. Stopes-Roe - 1958 - Philosophy of Science 25 (3):143-156.
    In 1954 Hempel wrote “Once the idea of a partial specification of meaning is granted, it appears unnecessarily restrictive, however, to limit the sentences effecting such partial interpretation to reduction sentences in Carnap's sense. … Generally, then, a set of one or more theoretical terms, t1, t2 ⃛, tn, might be introduced by any set M of sentences such that M contains no extralogical terms other than t1, t2 ⃛, tn, and observation terms, M is logically consistent, and M (...)
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  24. On Interpreting the S5 Propositional Calculus: an essay in philosophical logic.Michael J. Carroll - 1976 - Dissertation, University of Iowa
    Discusses alternative interpretations of the modal operators, for the modal propositional logic S5.
     
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  25.  30
    Kotarbiński as a scientific realist.Ilkka Niiniluoto - 2002 - Erkenntnis 56 (1):63-82.
    Tadeusz Kotarbiski is widely recognized as a major philosopher of theLvov–Warsaw school. His reism, which is a contribution to semantics andontology, is still discussed and debated, and his most original creation, praxiology,has grown into an entire research field. However, Kotarbiski's philosophy ofscience has not received much attention by later commentators. This paper attemptsto correct this situation by considering the hypothesis that Kotarbiski succeededalready in 1929 in formulating a position that can be regarded as an early version ofscientific realism. Unlike (...)
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  26.  50
    Relative Interpretation Between Logics.Toby Meadows - 2021 - Erkenntnis 88 (8):3203-3220.
    Interpretation is commonly used in mathematical logic to compare different theories and identify cases where two theories are for almost all intents and purposes the same. Similar techniques are used in the comparison between alternative logics although the links between these approaches are not transparent. This paper generalizes theoretical comparison techniques to the case of logical comparison using an extremely general approach to semantics that provides a very generous playing field upon which to make our comparisons. In particular, (...)
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  27.  46
    Epistemic logic for metadata modelling from scientific papers on Covid-19.Simone Cuconato - 2021 - Science and Philosophy 9 (2):83-96.
    The field of epistemic logic developed into an interdisciplinary area focused on explicating epistemic issues in, for example, artificial intelligence, computer security, game theory, economics, multiagent systems and the social sciences. Inspired, in part, by issues in these different ‘application’ areas, in this paper I propose an epistemic logic T for metadata extracted from scientific papers on COVID-19. More in details, I introduce a structure S to syntactically and semantically modelling metadata extracted with systems for extracting structured metadata from (...)
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  28. Relevant Logic: A Philosophical Interpretation.Edwin Mares - 2004 - New York: Cambridge University Press.
    This book introduces the reader to relevant logic and provides the subject with a philosophical interpretation. The defining feature of relevant logic is that it forces the premises of an argument to be really used in deriving its conclusion. The logic is placed in the context of possible world semantics and situation semantics, which are then applied to provide an understanding of the various logical particles and natural language conditionals. The book ends by examining various applications of relevant (...)
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  29. Logical empiricists on race.Liam Kofi Bright - 2017 - Studies in History and Philosophy of Science Part C: Studies in History and Philosophy of Biological and Biomedical Sciences 65 (C):9-18.
    The logical empiricists expressed a consistent attitude to racial categorisation in both the ethical and scientific spheres. Their attitude may be captured in the following slogan: human racial taxonomy is an empirically meaningful mode of classifying persons that we should refrain from deploying. I offer an interpretation of their position that would render coherent their remarks on race with positions they adopted on the scientific status of taxonomy in general, together with their potential moral or political (...)
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  30.  14
    Fuzzy Logic for Scientific Discoveries in Fuzziological Epistemology.Ahmad Sadeghi - 2024 - International Journal of Philosophy 12 (2):27-37.
    All types of logic started with Aristotle and have been corrected as a traditional, formal, conditional, classical logic and even modern logic carry the main problems of Aristotelian logic. Despite their important differences, because of these core commonalities they are all called Classical Logic. The fundamental limitations of classical logic make it impossible to advance the knowledge necessary to solve growing human problems. All human knowledge, especially scientific knowledge is based on the logical principles that seem to hinder (...)
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    A spatial modal logic with a location interpretation.Norihiro Kamide - 2005 - Mathematical Logic Quarterly 51 (4):331.
    A spatial modal logic is introduced as an extension of the modal logic S4 with the addition of certain spatial operators. A sound and complete Kripke semantics with a natural space interpretation is obtained for SML. The finite model property with respect to the semantics for SML and the cut-elimination theorem for a modified subsystem of SML are also presented.
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  32. Scientific Representations as Limiting Cases.Steffen Ducheyne - 2012 - Erkenntnis 76 (1):73-89.
    In this essay, I shall show that the so-called inferential (Suárez 2003 and 2004 ) and interpretational (Contessa 2007 ) accounts of scientific representation are respectively unsatisfactory and too weak to account for scientific representation ( pars destruens ). Along the way, I shall also argue that the pragmatic similarity (Giere 2004 and Giere 2010 ) and the partial isomorphism (da Costa and French 2003 and French 2003 ) accounts are unable to single out scientific representation. In (...)
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  33. Interpreted logical forms: a critique.Robert Fiengo & Robert May - 1996 - Rivista Di Linguistica 8 (2):349-373.
    Interpreted Logical Forms are objects composed of a syntactic structure annotated with the semantic values of each node of the structure. We criticize the view that ILFs are the objects of propositional attitude verbs such as believe, as this is developed by Larson and Ludlow. Our critique arises from a tension in the way that sen-.
     
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  34.  57
    The Empirical Under-Determination Argument Against Scientific Realism for Dual Theories.Sebastian De Haro - 2021 - Erkenntnis 88 (1):117-145.
    This paper explores the options available to the anti-realist to defend a Quinean empirical under-determination thesis using examples of dualities. I first explicate a version of the empirical under-determination thesis that can be brought to bear on theories of contemporary physics. Then I identify a class of examples of dualities that lead to empirical under-determination. But I argue that the resulting under-determination is benign, and is not a threat to a cautious scientific realism. Thus dualities are not new ammunition (...)
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  35.  60
    Cartesian Logic. [REVIEW]Richard A. Watson - 1990 - Review of Metaphysics 44 (1):140-141.
    Descartes' conception of facultive inference is of a simple, primitive, unanalyzable, unmediated, unjustifiable "mental operation by which one grasps connections between one's ideas," in contrast to Aristotle's discursive inference consisting in "spelling out and analyzing its steps". Gaukroger shows why Descartes takes Aristotelian syllogistic to be merely presentative of material already known, and thus takes deduction to be only a way of ordering and displaying this knowledge. For Descartes, only synthesis leads to new knowledge. Thus it is a mistake to (...)
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  36.  10
    Interrogative logic as underlying logic in scientific practices.Angel Nepomuceno-Fernández - forthcoming - Logic Journal of the IGPL.
    In this paper I propose a version of interrogative logic as a form of representation of the underlying logic of scientific practices—a kind of model-based reasoning, since it takes into account an oracle or model that can be consulted—by means of modified tableaux that can represent a game with two types of moves: logical steps and queries, governed by (modified) tales and a query rule, respectively. In this way, the process of acquiring knowledge is analogous to the justification (...)
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  37.  12
    Creativity Opportunities: When Non-science Helps o Answer Scientific Questions.Olesya I. Sokolova - 2023 - Epistemology and Philosophy of Science 60 (1):60-67.
    In this reply to the article by A.M. Dorozhkin and S.V. Shibarshina, the question of the creative nature of the randomization technique is considered, which is understood as a rejection of logically obvious ways to solve scientific problems, and involves the inclusion of an element of randomness, or uncertainty, in the scientific search procedure. Some doubt is expressed about the consequences of introducing the technique of epistemological randomization into the tactics of solving scientific problems. The author of (...)
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  38.  55
    Some independence results in interpretability logic.Vítězslav Švejdar - 1991 - Studia Logica 50 (1):29 - 38.
    A Kripke-style semantics developed by de Jongh and Veltman is used to investigate relations between several extensions of interpretability logic, IL.
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  39.  93
    Logics in scientific discovery.Atocha Aliseda - 2004 - Foundations of Science 9 (3):339-363.
    In this paper I argue for a place for logic inscientific methodology, at the same level asthat of computational and historicalapproaches. While it is well known that a awhole generation of philosophers dismissedLogical Positivism (not just for the logicthough), there are at least two reasons toreconsider logical approaches in the philosophyof science. On the one hand, the presentsituation in logical research has gone farbeyond the formal developments that deductivelogic reached last century, and new researchincludes the formalization of several (...)
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  40.  59
    Interpreting Probability.Timothy Childers & Ondrej Majer - 2012 - Journal of Logic, Language and Information 21 (2):141-144.
  41.  11
    Distributive Quantum Logic: Controlled-Error Approach.Michael Katz - 2013 - Philosophy Study 3 (4).
    The idea that approximate exactness is the most we can and should expect scientific theories to yield underlies the formation and application of the multi-valued logic of approximation discussed in this paper. In this logic, inexactness is controlled and minimized by means of uniquely designed deductions. We show how the notion of equality is handled within this logic and we apply it to certain principles and interpretations of quantum theory.
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  42. The judgement-stroke as a truth-operator: A new interpretation of the logical form of sentences in Frege's scientific language.D. Greimann - 2000 - Erkenntnis 52 (2):213-238.
    The syntax of Frege's scientific language is commonly taken to be characterized by two oddities: the representation of the intended illocutionary role of sentences by a special sign, the judgement-stroke, and the treatment of sentences as a species of singular terms. In this paper, an alternative view is defended. The main theses are: the syntax of Frege's scientific language aims at an explication of the logical form of judgements; the judgement-stroke is, therefore, a truth-operator, not a pragmatic (...)
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  43.  28
    Scientific modelling with diagrams.Ulrich E. Stegmann - 2019 - Synthese 198 (3):2675-2694.
    Diagrams can serve as representational models in scientific research, yet important questions remain about how they do so. I address some of these questions with a historical case study, in which diagrams were modified extensively in order to elaborate an early hypothesis of protein synthesis. The diagrams’ modelling role relied mainly on two features: diagrams were modified according to syntactic rules, which temporarily replaced physico-chemical reasoning, and diagram-to-target inferences were based on semantic interpretations. I then explore the lessons for (...)
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  44.  16
    Dōgen’s Texts Expounded by the Kyoto School – Religious Commentary or Philosophical Interpretation?Ralf Müller - 2023 - In Ralf Müller & George Wrisley, Dōgen’s Texts: Manifesting Religion and/as Philosophy? Springer Verlag. pp. 41-62.
    This chapter focuses on modern commentators close to or from the Kyoto school. According to Müller, there have been two approaches within the so-called Kyoto school regarding Dōgen's work. Initially, there were philosophically ambitious interpretations, such as those by Watsuji Tetsurō and Tanabe Hajime. They were ambitious insofar as they attempted to bridge the gap between philosophy and religion. However, from the 1940s onwards, these seminal works tended to recede into the background since they were criticised for assimilating (...)
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  45.  42
    Logical Journeys: A Scientific Autobiography.Samson Abramsky - 2023 - In Alessandra Palmigiano & Mehrnoosh Sadrzadeh, Samson Abramsky on Logic and Structure in Computer Science and Beyond. Springer Verlag. pp. 1-38.
    A short scientific biography emphasising the main phases of Abramsky’s research: duality theory and domains in logical form, game semantics, categorical quantum mechanics, the sheaf-theoretic approach to contextuality, and game comonads and a structural view of resources and descriptive complexity.
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  46.  38
    (1 other version)Is Logical Empiricism Compatible With Scientific Realism?Matthias Neuber - 2014 - Vienna Circle Institute Yearbook 17:249-262.
    Scientific realism is the view that the theoretical entities of science exist. Atoms, forces, electromagnetic fields, and so on, are not merely instruments for organizing observational data but are real and causally effective. This view seems to be hardly compatible with the logical empiricist agenda: As common wisdom has it, logical empiricism is mainly characterized by a strong verification criterion of meaning, i.e., by the project of defining the meaning of theoretical terms by virtue of the meaning (...)
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  47.  23
    Logical Conditions for Truth in Scientific Prediction.A. G. Nikitina - 1971 - Russian Studies in Philosophy 10 (2):176-186.
    In recent years the problem of scientific prediction has attracted a constantly increasing number of researchers. The fact that a number of philosophers, logicians, and representatives of concrete disciplines have turned to investigating the nature of scientific prediction is first of all because of the needs of the development of scientific knowledge itself, as well as of industry. The rapid progress of the natural and the social sciences puts in the foreground the task of studying the internal (...)
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  48.  71
    Adaptive fuzzy logics for contextual hedge interpretation.Stephan van der Waart van Gulik - 2009 - Journal of Logic, Language and Information 18 (3):333-356.
    The article presents several adaptive fuzzy hedge logics. These logics are designed to perform a specific kind of hedge detection. Given a premise set Γ that represents a series of communicated statements, the logics can check whether some predicate occurring in Γ may be interpreted as being (implicitly) hedged by technically, strictly speaking or loosely speaking, or simply non-hedged. The logics take into account both the logical constraints of the premise set as well as conceptual information concerning the meaning (...)
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  49. The Road to Modern Logic—An Interpretation.José Ferreirós - 2001 - Bulletin of Symbolic Logic 7 (4):441-484.
    This paper aims to outline an analysis and interpretation of the process that led to First-Order Logic and its consolidation as a core system of modern logic. We begin with an historical overview of landmarks along the road to modern logic, and proceed to a philosophical discussion casting doubt on the possibility of a purely rational justification of the actual delimitation of First-Order-Logic. On this basis, we advance the thesis that a certain historical tradition was essential to the emergence (...)
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  50. Philosophico-Scientific Adventures.Bryan W. Roberts - unknown
    A free eBook introduction to the philosophy of science, based on a course taught by Dr Bryan W. Roberts, Assistant Professor of Philosophy, Logic & Scientific Method at the London School of Economics.
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