Two Refutations of the Vorhanden Reading of Heidegger’s Philosophy of Science in Being and Time

2021 ◽  
Vol 55 ◽  
pp. 174-187
Author(s):  
Paul Goldberg ◽  

The dominant interpretation of Heidegger’s philosophy of science in Being and Time is that he defines science, or natural science, in terms of presence-at-hand (Vorhandenheit). I argue that this interpretation is false. I call this dominant view about Heidegger’s definition of science the vorhanden claim; interpreters who argue in favor of this claim I call vorhanden readers. In the essay, I reconstruct and then refute two major arguments for the vorhanden claim: respectively, I call them equipmental breakdown (Section 1) and theoretical assertion (Section 2). The equipmental breakdown argument, stemming mainly from Hubert Dreyfus, advances a vorhanden reading on the basis of three other interpretive claims: I call them, respectively, the primacy of practice claim, the decontextualization claim, and the breakdown claim. While I remain agnostic on the first claim, the argument fails because of decisive textual counterevidence to the latter two claims. Meanwhile, the theoretical assertion argument, which I reconstruct mainly from Robert Brandom, premises its vorhanden claim on the basis of some remarks in Being and Time indicating that theoretical assertions, as such, refer to present-at-hand things. Since science is taken to be a paradigmatic case of an activity that makes theoretical assertions, the vorhanden claim is supposed to follow. I refute this argument on the grounds that it equivocates on Heidegger’s concept of “theoretical assertion” and cannot account for his insistence that science does not principally consist in the production of such assertions. I conclude that, with the failure of these two arguments, the case for the vorhanden claim is severely weakened.

2009 ◽  
Vol 23 (2) ◽  
pp. 201-222 ◽  
Author(s):  
Ole Wæver

Waltz's 1979 book, Theory of International Politics, is the most influential in the history of the discipline. It worked its effects to a large extent through raising the bar for what counted as theoretical work, in effect reshaping not only realism but rivals like liberalism and reflectivism. Yet, ironically, there has been little attention paid to Waltz's very explicit and original arguments about the nature of theory. This article explores and explicates Waltz's theory of theory. Central attention is paid to his definition of theory as `a picture, mentally formed' and to the radical anti-empiricism and anti-positivism of his position. Followers and critics alike have treated Waltzian neorealism as if it was at bottom a formal proposition about cause—effect relations. The extreme case of Waltz being so victorious in the discipline, and yet being so consistently misinterpreted on the question of theory, shows the power of a dominant philosophy of science in US IR, and thus the challenge facing any ambitious theorising. The article suggests a possible movement of fronts away from the `fourth debate' between rationalism and reflectivism towards one of theory against empiricism. To help this new agenda, the article introduces a key literature from the philosophy of science about the structure of theory, and particularly about the way even natural science uses theory very differently from the way IR's mainstream thinks it does — and much more like the way Waltz wants his theory to be used.


2021 ◽  
Vol 58 (2) ◽  
pp. 151-169
Author(s):  
Timur V. Khamdamov ◽  
Mikhail Yu. Voloshin ◽  

In the modern Russian philosophy, discussions about the phenomenon of computer simulations in the scientific research practice of conducting experiments are just beginning to pass the stage of initiation in small interdisciplinary groups studying this new direction for the philosophy of science. At the same time, in Western philosophy by the current moment there have been formed entire directions for the study of computer simulations. Different groups of researchers in different ways form ideas about the basic characteristics of simulations: from skeptical views on their nature, which are of no philosophical interest, to extremely revolutionary attitudes that assign simulations to the main role in the next expected turn of philosophy, comparable in its power to the linguistic turn in early XX century. One of the main controversial issues in Western philosophical thought was the search for relevant criteria and signs of simulations that could create a solid basis for formulating a rigorous definition of this phenomenon. Thus, through the definition, researchers first of all try, on the one hand, to solve the taxonomic problem of the correlation and interconnection of simulations with other types of experiment: natural, laboratory, mental, mathematical. On the other hand, to reveal for philosophy ontological and epistemological foundations of simulations, which carry the potential of new philosophical knowledge. This article is devoted to a brief review of the existing concepts of representatives of Western schools of thought on the phenomenon of computer simulations in the context of the philosophy of science. The structure of the review is built on three basic conceptual directions: 1) definition of the term "computer simulation"; 2) computer simulations as an experiment; 3) the epistemic value of simulations. Such a review can become the subject of discussion for Russian researchers interested in the impact of computer simulations on science and philosophy.


1970 ◽  
Vol 4 (1) ◽  
pp. 25-41
Author(s):  
Louis Caruana

Discussions dealing with natural science, philosophy and common sense are bound to draw on long-standing debates dealing with realism, methodology of science, philosophy of mind, metaphysics, epistemology, theories of meaning, and other topics. Instead of presenting a broad overview of these main trends, which will necessarily be superficial, I will do a kind of case study. The aim is to present just one particular debate which is of relevance to current research. The presentation is meant to give a taste of how these various long-standing debates are brought to bear on a specific issue. In this way, the very practice of engaging in a particular area of philosophy of science will serve as a platform from where the major areas can be seen in actual operation. The paper has four sections: the nature of ordinary talk; the ontological implications of this; the recently proposed account of the mental; an evaluation.


Author(s):  
Alex Rosenberg

Each of the sciences, the physical, biological, social and behavioural, have emerged from philosophy in a process that began in the time of Euclid and Plato. These sciences have left a legacy to philosophy of problems that they have been unable to deal with, either as nascent or as mature disciplines. Some of these problems are common to all sciences, some restricted to one of the four general divisions mentioned above, and some of these philosophical problems bear on only one or another of the special sciences. If the natural sciences have been of concern to philosophers longer than the social sciences, this is simply because the former are older disciplines. It is only in the last century that the social sciences have emerged as distinct subjects in their currently recognizable state. Some of the problems in the philosophy of social science are older than these disciplines, in part because these problems have their origins in nineteenth-century philosophy of history. Of course the full flowering of the philosophy of science dates from the emergence of the logical positivists in the 1920s. Although the logical positivists’ philosophy of science has often been accused of being satisfied with a one-sided diet of physics, in fact their interest in the social sciences was at least as great as their interest in physical science. Indeed, as the pre-eminent arena for the application of prescriptions drawn from the study of physics, social science always held a place of special importance for philosophers of science. Even those who reject the role of prescription from the philosophy of physics, cannot deny the relevance of epistemology and metaphysics for the social sciences. Scientific change may be the result of many factors, only some of them cognitive. However, scientific advance is driven by the interaction of data and theory. Data controls the theories we adopt and the direction in which we refine them. Theory directs and constrains both the sort of experiments that are done to collect data and the apparatus with which they are undertaken: research design is driven by theory, and so is methodological prescription. But what drives research design in disciplines that are only in their infancy, or in which for some other reason, there is a theoretical vacuum? In the absence of theory how does the scientist decide on what the discipline is trying to explain, what its standards of explanatory adequacy are, and what counts as the data that will help decide between theories? In such cases there are only two things scientists have to go on: successful theories and methods in other disciplines which are thought to be relevant to the nascent discipline, and the epistemology and metaphysics which underwrites the relevance of these theories and methods. This makes philosophy of special importance to the social sciences. The role of philosophy in guiding research in a theoretical vacuum makes the most fundamental question of the philosophy of science whether the social sciences can, do, or should employ to a greater or lesser degree the same methods as those of the natural sciences? Note that this question presupposes that we have already accurately identified the methods of natural science. If we have not yet done so, the question becomes largely academic. For many philosophers of social science the question of what the methods of natural science are was long answered by the logical positivist philosophy of physical science. And the increasing adoption of such methods by empirical, mathematical, and experimental social scientists raised a second central question for philosophers: why had these methods so apparently successful in natural science been apparently far less successful when self-consciously adapted to the research agendas of the several social sciences? One traditional answer begins with the assumption that human behaviour or action and its consequences are simply not amenable to scientific study, because they are the results of free will, or less radically, because the significant kinds or categories into which social events must be classed are unique in a way that makes non-trivial general theories about them impossible. These answers immediately raise some of the most difficult problems of metaphysics and epistemology: the nature of the mind, the thesis of determinism, and the analysis of causation. Even less radical explanations for the differences between social and natural sciences raise these fundamental questions of philosophy. Once the consensus on the adequacy of a positivist philosophy of natural science gave way in the late 1960s, these central questions of the philosophy of social science became far more difficult ones to answer. Not only was the benchmark of what counts as science lost, but the measure of progress became so obscure that it was no longer uncontroversial to claim that the social sciences’ rate of progress was any different from that of natural science.


2020 ◽  
Vol 35 (5) ◽  
Author(s):  
Adam Linson ◽  
Paco Calvo

Abstract It remains at best controversial to claim, non-figuratively, that plants are cognitive agents. At the same time, it is taken as trivially true that many (if not all) animals are cognitive agents, arguably through an implicit or explicit appeal to natural science. Yet, any given definition of cognition implicates at least some further processes, such as perception, action, memory, and learning, which must be observed either behaviorally, psychologically, neuronally, or otherwise physiologically. Crucially, however, for such observations to be intelligible, they must be counted as evidence for some model. These models in turn point to homologies of physiology and behavior that facilitate the attribution of cognition to some non-human animals. But, if one is dealing with a model of animal cognition, it is tautological that only animals can provide evidence, and absurd to claim that plants can. The more substantive claim that, given a general model of cognition, only animals but not plants can provide evidence, must be evaluated on its merits. As evidence mounts that plants meet established criteria of cognition, from physiology to behavior, they continue to be denied entry into the cognitive club. We trace this exclusionary tendency back to Aristotle, and attempt to counter it by drawing on the philosophy of modelling and a range of findings from plant science. Our argument illustrates how a difference in degree between plant and animals is typically mistaken for a difference in kind.


Kant-Studien ◽  
2019 ◽  
Vol 110 (3) ◽  
pp. 477-497
Author(s):  
David Hyder

Abstract The theory of space-time developed in Kant’s Critique of Pure Reason and his (1786) Metaphysical Foundations of Natural Science is connected to Leonhard Euler’s proof of invariance under Galilean transformations in the “On Motion in General” of the latter’s 1736 Analytical Mechanics. It is argued that Kant, by using the Principle of Relativity that is the output of Euler’s proof as an input to his own proof of the kinematic parallelogram law, makes essential use of absolute simultaneity. This is why, in the Transcendental Aesthetic, he observes that “our theory of time explains as much a priori knowledge as the general theory of motion displays.” (KrV, B 67) In conclusion, it is shown that the same proof-method, under a different definition of simultaneity, leads to the parallelogram law of the “Kinematic Part” of Einstein’s 1905 “On the Electrodynamics of Moving Bodies”.


1969 ◽  
Vol 3 ◽  
pp. 191-209
Author(s):  
Mary Hesse

As in the case of great books in all branches of philosophy, Pierre Duhem's Le Théorie Physique, first published in 1906, can be looked to as the progenitor of many different and even conflicting currents in subsequent philosophy of science. On a superficial reading, it seems to be an expression of what later came to be called deductivist and instrumentalist analyses of scientific theory. Duhem's very definition of physical theory, put forward early in the book, is the quintessence of instrumentalism:A physical theory is not an explanation. It is a system of mathematical propositions, deduced from a small number of principles, which aim to represent as simply, as completely, and as exactly as possible a set of experimental laws [p. 19].


Author(s):  
Steve Myers

Abstract Jung saw a role for the methods of natural science in analytical psychology alongside other ways of developing of knowledge. This paper puts a cryptic and undeveloped idea in Psychological Types to the test using the principles of Karl Popper’s philosophy of science. The idea is a combination of Jung’s philosophy, esse in anima, and his theory of opposites applied to politics. It is explained using a term coined by the philosopher W.V.O Quine—ontological relativity. There are key similarities between the two philosophical concepts, due to Jung and Quine having a common influence in William James’ radical empiricism. The ontological relativity of political opposites is subjected to three tests that attempt to falsify it. All three attempts at falsification fail, which therefore provides some support for the idea. However, there are a number of anomalous results that raise significant questions requiring further research. This paper should therefore be viewed as the first step in a programme of research to examine the ontological relativity of political opposites that is inherent within esse in anima.


2011 ◽  
Vol 225-226 ◽  
pp. 1092-1095
Author(s):  
Bao Min Yu

Wavelet analysis has been a powerful tool for exploring and solving many complicated problems in natural science and engineering computation. In this paper, the notion of vector-valued multiresolution analysis is introduced and the definition of the biorthogonal vector-valued bivariate wavelet functions is given. The existence of biorthogonal vector-valued binary wavelet functions associated with a pair of biorthogonal vector-valued finitely supported binary scaling functions is investigated. An algorithm for constructing a class of biorthogonal vector-valued finitely supported binary wavelet functions is presented by virtue of multiresolution analysis and matrix theory.


Sign in / Sign up

Export Citation Format

Share Document