bluuebunny/crossref_metadata_2025 huggingface dataset:
Phenomenology and Natural Science
Authors: Zilsel Edgar
Published: November 2002

When phenomenology was introduced as a new science by Husserl its methods were applied first to objects of logic. Later phenomenological investigation expanded gradually to the fields of psychology, ethics, esthetics, and sociology (Scheler, Pfänder, Hildebrand a.o.). More rarely, objects of the natural sciences have been treated phenomenologically. Scattered indications of this kind are to be found in authors who do not belong to the most intimate circle of Husserl's school (Helmut Plessner, Kurt Goldstein, Walter Frost, E. Buenning). Extensively, however, the phenomenological method has been applied to objects of the natural sciences once only, namely by Hedwig Conrad-Martius, a favorite pupil of Husserl's, in her Realontologie (Ontology of Reality) and Farben (Colors). Yet this less known branch of phenomenology is particularly interesting. Husserl stressed the basic difference between phenomenological ideation (Wesensschau) on the one hand and psychological introspection and description of the immediate data of awareness on the other. The peculiarity and scientific productivity of phenomenological method, therefore, can be studied best in a field which is as far removed from psychology as possible. We shall try to analyze the papers of Conrad-Martius more fully and shall refer to other authors occasionally as illustrations.
Chemistry: Emergence without Mystification
Authors: Malisoff William Marias
Published: November 2002

In my last talk I introduced you to the system of the sciences and then went on to chat about the first of the natural series of the sciences, namely physics. To-night I shall discuss the other partner of the pair which could be called “the physical sciences”, namely chemistry.

Of both of these sciences, physics and chemistry, it may be said that they are preeminently the study of matter-in-motion. Of both it may be said that the methods of study in the laboratory have a strong resemblance.
Sound and Symbol
Authors: Nock S. A.
Published: November 2002

Like the rest of us, scientists, theologians, and metaphysicians have grown worried about the political affairs of the world, and have set their wits to work to find ways of combating dangers abroad and at home. Some of them organized a Conference on Science, Philosophy and Religion in their Relation to the Democratic Way of Life, and met in the fall of 1940 to hear a number of papers about themselves and their work. They met in the hope of finding a common basis for endeavor, so that they might co-operate in maintaining that way of life which we commonly call ‘democracy’.
Idealism and Science
Authors: Metcalf W. V.
Published: November 2002

In a recent article in Philosophy of Science P. C. Jones discusses the relation between idealism and science. He presents in a very clear way the essentials of the causal theory of perception—the theory which lies at the foundation of the scientific method of research, for the scientist who does not believe that we have a direct knowledge of the external world. He summarizes this causal theory as follows: “An incompletely conceived idealism pictures objects in space and time, and admits only that we have no direct knowledge of them—that what we know of them we merely infer from sensory impulses.”
A Biological Basis for Ethics
Authors: Gerard R. W.
Published: November 2002

The world is beginning to look askance at Science. Or, rather, not beginning but intensifying an attitude of suspicion if not of downright hostility. We scientists are, of course, partly to blame; for we have so loudly proclaimed our virtues as the creators of radios and airplanes that, now these instruments are being abused as agents of mass propaganda and mass destruction, we are the obvious targets for the rising wrath of men. This is serious, for science is inseparably a part of the society and culture in which it is embedded, and it does not suffice to deny impatiently ourguilt and shrug away our responsibility to our fellows.
Scientific Method in Current Psychology
Authors: Rogosin H.
Published: November 2002

Psychological investigations are supposed to deal with the behavior of animals, including of course, the human being. They are supposed to deal with the broad, general problem of how and why we behave the way we do.

Most psychologists however, are still dealing with their particular science from the strictly biological point of view, and overlooking by and large, the ever gradual development of psychology into a social rather than biological science. Nevertheless, important methodological contributions are being made. These contributions show a progressive awareness of the societal influences to which Psychology is particularly susceptible. The problems dealt with and the way in which they are handled, reflect conditions in the everyday world. Even the experimenter in an ivory laboratory but reflects the current and wholly erroneous viewpoint fostered by interested groups, that science must be impartial and oblivious to human suffering and human welfare.
Coherence in the Physical World
Authors: Strömberg Gustaf
Published: November 2002

The term coherence is used in many connections. We often speak of coherent reasoning, coherent activities, coherent bodies, and coherent phenomena. In science this term is often used to indicate continuity of a structure in space and time. If many individuals can simultaneously observe similar sets of coherent phenomena, we infer with some justification, first, that the phenomena observed have some kind of correspondence with activities in an external world, that is, a world independent of the existence of the individual observers, and second, that the coherence itself is an attribute of the external world. In a recently published article, to which I shall make several references in this paper, I have called attention to the fact that the science of physics is based on the form and the changes in form of an immediately observed phenomenological world, called the physical world, which can be completely characterized as a structure in space and time. In his analysis of the foundations of the science of physics Eddington has clearly shown that theoretical physics deals exclusively with structures of the type described in the mathematical theory of groups, and that our knowledge of the physical world could have been reached by our sense of vision alone. Coherence in the physical world is that characteristic of the structure which describes the more or less permanent relationship between phenomena in different parts of space at approximately the same time, or a regular sequence in the changing phenomena at approximately the same region of space.
G. H. Mead's Conception of “Present”
Authors: Miller David L.
Published: November 2002

In his epistemological system Mead begins with that which the chief philosophers rejected, the novel or exceptional, and makes it central. It is central in a respect which should be carefully explained. The novel or emergent is that with reference to which a present is defined, and a present is the seat of reality. In saying this Mead does not mean that “the past” (more precisely, “a past” and “a future”) and “the future” are meaningless terms. Nor does he reduce them to a present. Rather he holds that neither the past (of the realist or the materialist) nor the future (of the finalist) exists. In fact, they are meaningful only in relation to a present and the various pasts and futures referred to in our statement of causal conditions and predictions belong to a present, which is their seat. Mead escapes the metaphysical problem as to whether the past or the future has some sort of being even now. Certainly in so far as he has a metaphysics at all it derives from his epistemology which is primary and represents a pioneering attempt to develop a theory of knowledge answering to experimental science. Consciously or unconsciously most contemporary scientists are still under the influence of bygone epistemological and metaphysical doctrines in their explicit statements of what constitutes reality and knowing. Yet in so far as they are successful in practice obviously they are free from the blind alleys and dead ends which these older theories lead to logically. However no one, not even the philosopher, has been able to formulate a consistent set of epistemological principles from which experimental scientific procedure follows logically. One thing, Mead contends, has been wholly neglected. It is the emergent.
Cratylus or An Essay on Silence (Not Illustrated)
Authors: Malisoff William Marias
Published: November 2002

Only one philosopher has succeeded in building his reputation on silence—Cratylus. It is said that under no circumstance would he say anything, but would merely crook his finger. Nor is it known whether he achieved this unique glory by a persistence that lasted from toothless youth to toothless old age, or whether he merely petered out into withering speechlessness before the follies of man and the grandeur of God. More likely it was something like the latter, for otherwise we would be confronted by the delicate riddle: why was he called a philosopher?

Nevertheless, a tenable explanation is that Cratylus' reputation was arrived at by an experiment. Arranging philosophers on a scale of self .control in speech, one might derive the plausible law: the less one says the more he is of a philosopher. Ergo, say nothing and be declared the worthiest of philosophers. The difficulties in such an extrapolation, however, are very great. It is hard to see what harm just one word can do, and even two or three, or several, if they but fall short of being a sentence. Why absolute silence? Then, again, what harm is there in repeating even a multitude of words, the entire dictionary if you please, plus whatever sounds you can think of, provided you say nothing? And since we have progressed so far with the argument, what harm can there be even in connected speech, grammatical, fluent and mellifluous, provided you still say nothing? Cratylus, apparently, was playing a safe bet with a vengeance. He must have feared being understood (or misunderstood) by accident!
Operationism as a Cultural Survival
Authors: Hartung Frank E.
Published: November 2002

Operationism may tentatively be defined as that scientific method which defines its concepts in terms of observable or communicable operations, however carried out. With few exceptions, it has been put forward as representing positivism in contemporary sociology. Sellars refers to it as a new and virulent form of positivism—logical positivism. In philosophy, logical positivism is the culmination of the sensationalism of Berkeley and Hume, the positivism of Mach and Avenarius and Comte, and the logistic of Russell and Wittgenstein. In sociology, the philosophic assumptions of this school have been stated in a naive form, in addition to presenting Kantian idealism contradicted by an assumption of philosophic realism.
Popularization of Science Through News
Authors: Lal Gobind Behari
Published: November 2002

During these five war years science has proclaimed and demonstrated its role as Hercules. It has employed as its loudspeaker the bursting bomb, and as its courier the swift vehicle. Its blows have been instantly lethal.

Next, science has shown its skill as the fabricator of useable goods. And, lastly the giant has revealed some of its mild and even compassionate moods as the binder of man's mortal wounds and the healer of his fevers and mental abberations.
On Birkhoff's and Einstein's Relativity Theory
Authors: Berenda Carlton W.
Published: November 2002

The philosopher who is interested in developments of modern physics may turn with some profit to an argument that has recently evolved between the late George Birkhoff and Hermann Weyl. Birkhoff and his associates have constructed a theory of relativity differing in various ways from Einstein's general theory. Weyl (1) has offered a critical analysis of the Birkhoff theory along with a defense of the Einstein theory; and Birkhoff (2) has presented his rebuttal to Weyl.
The Social Function of Positivism
Authors: Hartung Frank E.
Published: November 2002

Positivists since the time of Comte have defined objectivity in science in terms of the absence of prejudice on the part of the scientist towards the phenomena with which he deals. It has been assumed that if the observer would contemplate the facts himself, this objectivity—an absence of bias—could be attained. However, social psychologists, notably C. H. Cooley and G. H. Mead, have shown that this is not necessarily the case. In the study of culture, an outstanding positivist, W. G. Sumner, in his discussion of folkways and mores, has shown that this objectivity is impossible to attain. These men have described the process through which objects arise in one's experience, and come to be defined in terms of that experience, so that the same object may mean different things to different people. This seems to be the case with certain areas of social theory.
Chemistry and Evolution
Authors: Witzemann Edgar J.
Published: November 2002

Anyone who has worked in Science for forty years can be much surprised to realize how little he now hears about evolution, compared with such former times. At present, evolution seems to be accepted as an axiomatic or universal principle, while the mechanism of it is not much considered, except by a small group of specialists, who work on the subject in greatly limited ways. This is practically a reversal of the former emphasis. The chemist would probably suggest that the change is due to a better realization of the chemical difficulties involved in the mechanics of evolution, and his own change in viewpoint. The chemical difficulties will have increased to an almost incredible degree in this period, and his viewpoint will have changed correspondingly. A glance at some of these changes should illuminate the progress made in both subjects in this period.
Kant, Euclid, and the Non-Euclideans
Authors: Jones Philip Chapin
Published: November 2002

There are styles in thinking just as there are in dress. Their justification is often as slight, and once a style in thought has been established, it is followed with the same unconscious readiness. The possibility of styles lies, of course, in a lack of fixed criterions. In dress, the choice to a large extent is a matter of taste, and because taste varies from individual to individual and from time to time, styles also change. Although the foundations of science are far more stable than those of taste, they yet have some touch of uncertainty. We live in a relative world, not an absolute one, and thus there is always room for the point of view to shift. We like to feel that we ourselves and the world in general are growing wiser, and thus that while there were errors in the thinking of the past, they are now being rapidly eliminated. The discovery that some philosopher of several thousand years ago held almost our identical views is always disconcerting.
A Science of the People, By the People and for the People
Authors: Malisoff William Marias
Published: November 2002

Scientists are people. They are not “people, but…”. They have not escaped and cannot escape the “democentric” predicament. They are members of a society, no matter how hard they strain to be individualistic or exclusively clannish. If they succeed in being members of a small clan or a club they can be credited possibly with having more or less shrunk only the apparent size of their society, without escaping in any significant manner the social field implied in being “people”. If they attempt a greater shrinkage than that, they court complete frustration. To verify that, try, if you will, to imagine a thoroughly solitary scientist on a desert isle. Is he not alone and at last an illustration of the ungrammatical and even logically fictitious singular of the word “people”? No, he is definitely and hopelessly not alone, unless he first forgets even as habit everything he has learned from people. And, if he does that, he is no longer a scientist or even the rudiments of one. Indeed he must be reduced at least to the status of an animal, and an extremely unsocial one at that, because by the terms of our imaginary experiment, he must not join any other society, even if it were of but “animal-people”, e.g. a wolf-pack or an ant-hill culture, where he might learn something from others. Such strictness in argument is introduced only to drive home the fact that what constitutes “people” is derived from the dimmest animal past, where language is still unspoken and is constituted of simple actions taken together, literally concepts. The “con” in “concept” tends to be forgotten. We underscore it.
What are Definitions?
Authors: Reid John R.
Published: November 2002

At the outset it will be useful, I think, to distinguish the following components in the definitional situation:

1. The “definitional relation” that holds, in a given case, between either (1) a definiendum and definiens (a dyadic symmetrical relation between symbols) or (2) a definiendum, definiens, and referent (a triadic relation between (a) the symbol being defined, (b) the defining symbol, which is usually complex and includes descriptive terms, and (c) any member of the class of non-symbolic referents by means of references to which the descriptive terms in (b) are given their semantical meaning—the relation between (b) and (c) being non-symmetrical, even though the relata are, in some contests, functionally equivalent. The former syntactical relation connects one symbol (the definiendum) with another symbol (the definiens); the latter semantical relation also does this, but includes the additional factor of a descriptive reference, via the definiens, to a class of non-symbolic referents.
Eternal Objects and the Philosophy of Organism
Authors: Gentry George
Published: November 2002

In what follows our purpose is to make clear the reasons which lie back of Whitehead's appeal to eternal objects in his explanation of the emergence of actual entities and to show that so long as one operates within his scheme of ideas no other consistent explanation is available. A thoroughgoing reconstruction of the scheme is necessary if this presupposition is to be eliminated. If the project is successful, it will be demonstrated that the theory of actual entities provides no basis for the explanation of the emergence of novel things, which is one of the major tenets of the organic philosophy. The argument will develop by way of an analysis of the theory of “physical relatedness.”
Remarks on Realism
Authors: Bergmann Gustav
Published: November 2002

Positivists and phenomenalists of all sorts maintain, and long have maintained, some variant of the following thesis concerning the existence of physical objects: Such statements as ‘There is (exists) now a wall behind my back’ are synonymous with a class of statements of which the following is representative ‘If I shall turn my head (have certain kinesthetic experiences), then I shall also have the visual experience called ‘seeing a wall'.’ This amounts to proposing what many of us call a philosophical analysis of ‘exist’ or, more precisely, of one meaning of ‘exist'; for the thesis implies that this verb, in the sense in which we use it when we say ‘This wall exists', is dispensable in the sense of being definable. Realists, who oppose the thesis, hold that ‘exist', in the sense mentioned, is what I would call an undefined descriptive predicate; and then they go on to recommend that instead of defining existence in terms of what we (shall) see, we had better say that we shall, if we turn, see a wall because there is a wall (and because we have put ourselves in a position to perceive it). Thus one could say, perhaps, that the realists wish to convert the positivistic position; instead of founding existence upon experience, they want to found experience (among other things) upon existence. To be sure, this is but a bare and crudely formulated schema of an issue that has been argued for a long time. Also, contemporary analysts for the most part do not discuss the issue directly; they give their attention to preliminary and, therefore, more fundamental questions. Like experienced chess players, who know to which characteristic situations in the middle game certain openings will eventually lead, we try to convince each other of the excellence of our respective openings. There is, in particular, one fundamental or opening move that is now widely discussed and which, I believe, most of us examine with a view to the position in which we shall find ourselves—in the middle game—with respect to the realism issue. I refer to the clarification of the relations between meaning and verification or, to put it the way positivists do, to the formulation of an adequate meaning criterion. Let me indicate the connection between these questions and the crude schema I have given for the realism issue. According to current garden varieties of positivism, a statement is (empirically) meaningful if it is verifiable by (future) experience. ‘There is a wall behind my back’ is, in this view, meaningful because it is synonymous with a class of statements each of which is verifiable by future experience. More pointedly, the familiar common sense statements about the existence of physical objects are considered as meaningful because they are verifiable. This has again the subjectivistic ring realists dislike so much; so they may again be inclined to convert the positivistic position, if only tentatively and because they feel that a piece of realistic common sense would thus be preserved. But to make the conversion is to say that ‘There is a wall behind my back’ is verifiable because it is meaningful.
Metaphysics and Science
Authors: Mitchell E. T.
Published: November 2002

The function of Metaphysics is to furnish an intelligible and significant perspective. The tendency of recent speculation is to abstain from the attempt to give a total or absolute perspective of the world as a unit—there is some question as to whether we can think of the world as a whole—but rather to understand the objects about us, to bring values, formerly located in a transcendental realm, into life and conduct here and now, and to broaden our understanding and interests to included related activities and other communities. To make our perspective within a single science intelligible it is necessary, as Professor Miller has demonstrated, to fill in the gaps between perceptual objects with inexperienceable “interphenomena” and to employ methodological concepts and principles derived by abstraction and inference. Then again, each of the special sciences selects certain aspects of the general perspective for intensive research leaving gaps between the sciences to be filled in by integrating concepts. Finally, values emerge at the various levels, and these need to be related to the conditions out of which they arise and to the fields of applied knowledge in which they function.
The Basic Question: Monism or Dualism?
Authors: Miller Cecil H.
Published: November 2002

This paper is concerned with a question in metaphysics. The question is: Is the world ultimately one, or is it many? It is neither a very profound nor a very complicated question. It is, on the contrary, very simple. But despite its simplicity, it expresses the most basic of all metaphysical problems.

When two metaphysical problems, A and B, are so related that the statement of B assumes an answer to A, then we may fairly infer that A is more basic than B, and B less basic than A.
Sociological Foundations of Modern Science
Authors: Hartung Frank E.
Published: November 2002

This study is an attempt partially to describe the sociological foundations of modern science. When the question is put, under what social circumstances did the idea of science develop, one sees that there is here an inadequately explored sociological area. Perhaps a definition and a contrast will make this clearer. By the idea of science is meant simply the proposition that the valid source of human knowledge is to be found in the analysis of experience. But knowledge in this sense was not a problem in the medieval period. In the first place, it was then taken for granted that the universe was intelligible to man on the basis of divinely revealed principles. Secondly, man constituted the center of the universe, which in its entirety was thought to be subordinate to man's destiny. Thirdly, not only was the universe which existed for man then known by him, but it was endowed with human qualities. The categories of interpretation were substance, essence, form, matter, quality, and purpose. The reason why rain fell upon the earth was to grow crops; the purpose of the moon and the stars was to light the earth at night, and to act as guideposts for him on his travels. Bodies tended to their proper places, light ones upward, heavy ones earthward. Quantitative differences were inferred from these qualitative ones. It is well-known, for example, how tenaciously was the knowledge held, that heavier objects fall more quickly than lighter ones. And finally, the universe was religious. If the world existed for the benefit of man, man existed for the glory of God. Human sojourn upon the earth was merely preparation for permanent residence in eternity.
On the Nature of the Predicate, ‘Verified’
Authors: Hall Everett W.
Published: November 2002

Although a great deal has been written concerning the verifiability of empirical, declarative sentences, yet some further clarification in this area seems possible and desirable. I think it is important to determine what sort of property ‘verified by’ is. Obviously it is a semiotical property. Only sentences, never matters of fact, are verified. But where, in the area of semiotics, is it to be placed? To use Charles Morris's useful and now somewhat traditional classification, is it a syntactic, semantic, or pragmatic (i.e. psychological) predicate? My answer is that it falls within semantics. Before developing this, however, I should like to point out why I do not place it in either of the other two subdivisions.
Sense Data, Linguistic Conventions, and Existence
Authors: Bergmann Gustav
Published: November 2002

The following remarks have been stimulated by Mr. A. J. Ayer's recent essay “The Terminology of Sense Data.” In this paper Mr. Ayer restates several of the points he has made in his book The Foundations of Empirical Knowledge. The context of his argument is that of the traditional distinction between two kinds of things, sense data, percepts, phenomenal or direct given-nesses on the one hand and so-called physical objects on the other. In this context, Mr. Ayer's argument is, to my mind, very admirable; so I do not intend to comment on it. In some other contexts, some of his formulations may, I fear, give rise to misunderstandings; these, naturally, are the points on which I wish to comment. But before specifying them, I had better make sure that we are talking about the same thing by briefly restating several of Mr. Ayer's points. With some of these, if I understand them correctly, I find myself in agreement; the merit of some others I shall presently examine.
The Nature of Scientific Statements
Authors: Miller David L.
Published: November 2002

In this article we will explain and defend the proposition: “A statement which prescribes (entails) the conditions for its verification is a scientific statement.” We will confine our consideration to factual (synthetic) statements alone, although it may be true that our proposed proposition refers to formal, analytic statements also.

If prescribing the conditions for its verification is the only necessary qualification for a statement to be scientific then obviously the means of arriving at such a statement is irrelevant. It does not matter whether we have performed many experiments or none before making a scientific statement. There are, of course, reasons for having a systematic method of arriving at the formulation of scientific statements, but this does not make them more, or less, scientific.
Applied Social Science in the American Trade-Union Movement
Authors: Barkin Solomon
Published: November 2002

The social scientist is now applying his knowledge and skills in various fields. But in the American trade-union movement he faces unusual problems. His challenges are essentially those of determining how to serve, and how to implant a belief in the value of his findings and reports. There is no widespread acceptance of the conclusion that he can make a real contribution. He is still not considered necessary or likely to be useful in the routine operation of the union or in the development of its policy and tactics. Progress has been made during the last few years in securing his admission to the staff of unions. But much pioneering work has still to be done to obtain frank acknowledgment of his potential usefulness and free acceptance of his experimental, inquiring and critical approaches.
Constructions and Inferred Entities
Authors: Beck Lewis White
Published: November 2002

1. Terminological Considerations. Since Russell enunciated the principle, “Wherever possible logical constructions are to be substituted for inferred entities,” or “Wherever possible, substitute constructions out of known entities for inferences to unknown entities,” the terminological situation has become confused. Russell defined neither “construction” nor “inferred entity.” “Construct” soon came to be used for “construction,” perhaps to avoid the ambiguity whereby the latter term was used to refer to both a process and a result. But many writers now use “construction” or “construct” to refer to what Russell called the “inferred entity.” This seems to be the usage of Margenau, Ramsperger, Benjamin, Bures, and many others. Again, some of the same writers in other places (e.g., Benjamin) remain closer to Russell's usage. And I find it difficult to determine exactly the relation of the usage of some writers to that of Russell because of the differences between their contexts and Russell's. I experience this difficulty in reading, for instance, both Miss Stebbing and Werkmeister. The terminological difficulties have been evaded by some other writers who have formulated new terms to refer to Russell's inferred entities. Thus Northrop speaks of the “theoretic component” and Miller has coined the word, “interphenomena.” The terms reflecting Russell's rule in psychology have become so confused that a set of explicit definitions has recently been proposed.
Logical Reconstructionism
Authors: Churchman C. West
Published: November 2002

Comments on Professor Feigl's very comprehensive review of the problem of existential hypotheses may take one of two forms. One may accept the problem in Feigl's own terms and either sympathize or criticize the realistic empiricism to which he subscribes. Or, one may feel that the entire approach is ill-founded, and hence that the distinctions in viewpoints which he draws are comparable to splits in a political party whose basic tenets are incompatible with one's own. This comment takes the second course, and as a commentary can do little more than point out the more serious of the differences which separate Feigl's views from those of the writer.
Purposeful and Non-Purposeful Behavior
Authors: Rosenblueth Arturo , Wiener Norbert
Published: November 2002

In a recent essay (1) Professor Taylor criticizes the criteria used by Rosenblueth, Wiener and Bigelow in 1943 (2) to distinguish purposeful from non-purposeful behavior. He also criticizes our definition of behavior, our concept of the vague as opposed to the general, our use of the word correlation, and our statement that a system may reach a final condition. Indeed, there seems to be little, if anything, in our paper to which he does not emphatically object.

He maintains that the notions of purpose and teleology are not only useless for the understanding of mechanical behavior, but wholly incongruous when applied to this behavior. He further affirms that our use of the term purpose “bears no similarity whatever to the meaning which is ordinarily attached to it.” He does not state, however, his own notions of purpose and teleology; and the meaning which he considers to be ordinarily attached to the term purpose. This omission weakens his criticism considerably.
Skepticism and the Future
Authors: Will Frederick L.
Published: November 2002

The contention of the above comment, as I understand it, is that there is, analogously to the problem of trisecting an arbitrary angle in mathematics, a sound demonstration, along the lines employed by Hume and Russell, of skeptical conclusions concerning our inductive knowledge of the future, and that hence one is mistaken in imputing to that argument, as I have done, a logical slip arising from a confusion in the use of ‘future’ and other similar words. I am indebted to Mr. Wang for the stimulation, and to the Editor of Philosophy of Science for the opportunity, to try to make my points clearer.

The proponents of these skeptical arguments maintain that, apart from some supporting postulates which we must make in inductions about the future, we have no evidence concerning the future of any given moment. If we restrict ourselves to the evidence we have from the present and the past, and do not bolster this evidence with some Principle of Induction, like that of Hume to the effect that the future will be like the past, “we have no theoretical assurance,” as Mr. Wang puts it, “that the practice of guiding our activities by what we learn from ... [the past] will lead to success on the whole and in the long run.”
The Presupposition Theory of Induction
Authors: Burks Arthur W.
Published: November 2002

1. Introduction. It is generally admitted that a large part of man's knowledge is based on inductive arguments. Hence any philosophical theory concerning the nature of inductive arguments constitutes an epistemological theory. Any such philosophical theory of induction must, if it is to be satisfactory, take adequate account of Hume's criticism of inductive arguments. One way of treating his criticism is to say that the validity of inductive arguments is in an important sense relative to some broad factual assumptions about the general nature of the universe and that these general factual assumptions are presupposed in a certain way by the users of inductive arguments (8, 10). Let us call any theory of this general type a postulate theory of induction.
Systematic Power
Authors: Kemeny John G. , Oppenheim Paul
Published: November 2002

In 1948 Hempel and Oppenheim proposed an explicatum for the concept of systematic power 1, pp. 164–167. Since that time some shortcomings have been found in this first attempt. It is the purpose of this paper to show that one can keep the basic approach of the ‘48 paper, and overcome the known disadvantages by means of changes in the details of the definition. In this improvement certain tools will be used that were not available in 1948.
Whitehead and Relativity
Authors: Seaman Francis
Published: November 2002

When Whitehead's views of relativity are mentioned, everyone thinks of the views Whitehead published between 1919 and 1924. Concerning these views, C. D. Broad is “depressed”1 (1: pp. 143–4) that physicists paid so little attention. And Victor Lowe has written:

There is a bare possibility that Whitehead's theory of relativity may yet affect the history of science. (4: p. 69)
The Subjective Tradition in Phenomenological Psychology
Authors: Bucklew John
Published: November 2002

Phenomenology, currently the most active philosophical movement on the European scene, has shown persistent concern for psychological problems and principles, and for the science of psychology in general. This concern has taken the form of various attempts to amend psychology according to phenomenological precepts and methods with the intent of providing it with a new metaphysical basis. Recent examples of this trend are the textbook of Snygg and Combs (20) and the two books published in France by the philosopher, Merleau-Ponty (16, 18).
Whitehead's Philosophy of Science in the Light of Wordsworth's Poetry
Authors: Wyman Mary A.
Published: November 2002

Admirers of Whitehead who know him best have suggested that Wordsworth had possibly a greater influence upon him than anyone except Plato. Nowhere apparently has Whitehead admitted such an influence, as he has that of Plato and Locke and that of William James, Bergson, and Alexander among traditional and contemporary philosophers But he had a predilection for poetry, and attributes to the great poets philosophical importance. They capture uniquely, he says, “a fragrance of experience”; and “… express deep intuitions of mankind penetrating into what is universal in concrete fact.” As observers of nature both Wordsworth and Whitehead ascribed to animate and inanimate life a degree of feeling or satisfaction in the course of being and becoming. Like the poet, Whitehead must have found “joy in widest commonalty spread.” The multiplication table, he noted at one time, “… is no good to the realist. It shuts him up with Plato's ideas out of space and out of time” when “… like Wordsworth and the rest of us he wants to hear the throstle sing.”
Personality Factors and Intellectual Production
Authors: Handy Rollo
Published: November 2002

The possible relation of an individual's personality structure and the choice of occupation he makes is an intriguing study. Periodically interest in this general area waxes; recently there has been some work done on the personality determinants involved in intellectual work (for examples, see 1, 4, 13, 14, 15, 16). In the case of science and philosophy, this may be related to what type of scientific or philosophic work the individual thinks should be done, what areas he feels should be studied, and even what he takes science or philosophy to be. The purpose of this paper is first to consider briefly some representative statements about the effect of personality factors on one's approach to science, and then go on to a more thorough treatment of the philosopher's personality and the type of philosophy he does.
Is a Sense-Datum Language Necessary?
Authors: Alston William P.
Published: November 2002

The sense-datum theory of perception has been under heavy attack in the last two decades. Recently, by way of counterattack, some of its defenders have accused what they take to be its chief rival, the “theory of appearing”, of various deficiencies. In particular, they have claimed that there are some perceptual, or pseudo-perceptual, situations, such as hallucinations and dreams, of which the theory of appearing can give no adequate account. For in these cases, they argue, the question, “What is it that is appearing?”, can be given no satisfactory answer. The conclusion is then drawn that only a language containing sense-datum terms is generally adequate to our perceptual experience. Moreover this line of argument has been taken seriously by at least one partisan of the theory of appearing, Professor Virgil C. Aldrich, who has been driven to the expedient of suggesting that in these cases it is an image which appears.
“Other Minds”: An Application of Recent Epistemological Ideas to the Definition of Consciousness
Authors: Dewan Edmond M.
Published: November 2002

The meaning of consciousness (i.e. the mind-brain problem), has interested thinkers throughout recorded time, and yet it is quite obvious that its understanding is still exceedingly remote. This is evident from the fact that even the presently used definitions give rise to contradictions. As implied by the title, the purpose of this paper is to remove some of the main difficulties concerned with this definition by using epistemological methods which have recently been developed. It is hoped that by clarifying the definition of consciousness, or, more accurately, by clarifying the process leading to a scientifically rigorous definition of consciousness, some of the paradoxes surrounding the concept might be removed.
Note about Whitehead's Definitions of Co-presence
Authors: Capek Milic
Published: November 2002

In his Concept of Nature Whitehead gives the following definition of the term “co-presence”:

I call two event-particles which on some or other system of measurement are in the same instantaneous space ‘co-present’ event-particles. Then it is possible that A and B may be co-present, and that A and C may be co-present, but that B and C may not be co-present. For example, at some inconceivable distance from us there are events co-present with us now and also co-present with the birth of Queen Victoria. If A and B are co-present there will be some systems in which A precedes B and some in which B precedes A. Also there can be no velocity quick enough to carry a material particle from A to B or from B to A.
The Principle of Simplicity
Authors: Feuer Lewis S.
Published: November 2002

We are all acquainted with persons who seem to have a talent for making things over-complex, persons who invent exceedingly devious explanations for what can be simply explained. Such individuals strike us as hardened violators of Occam's Razor: Entities are not to be multiplied unnecessarily. We shall say briefly that such persons goropise.
Free-Will and Possibilities
Authors: Hay William H.
Published: November 2002

Every month some one pronounces that science must be rejected if we are to preserve a belief in human freedom, or that only by a faith in freedom that flies in the face of logic and the principle of causality can democracy be justified. Equally often other authors insist that the increase of knowledge in the science of human behavior makes plain the irrelevance and sentimentality of pious talk about free and rational choice. What is the source of this dispute? Why is no resolution of it arrived at?
Soviet Philosophic-Cosmological Thought
Authors: Mikulak Maxim W.
Published: November 2002

Despite the rapid strides made in observational and theoretical astronomy, particularly in our century, there are two fundamental questions respecting the universe that defy solution. One pertains to the age of the universe, that is, did the universe have a beginning and therefore have a finite time-scale or has the universe existed without beginning. The other question deals with the dimensions of the universe, that is, is the universe infinite or not. For the time being no satisfactory proof or disproof has been offered either on purely logical grounds or through empirical evidence revealing whether the universe is boundless and eternal or not. It is for this reason that cosmologists must resort to a variety of unverifiable philosophic postulates in the hope of constructing a cosmological model that correlates the known laws of the physical world with the observed facts of nature and simultaneously presents a consistent picture of the universe as it changes in time.
Philosophy's Neglect of the Social Sciences
Authors: Handy Rollo
Published: November 2002

The problem of the “proper” relation of philosophy and science has been the source of many disputes in our intellectual history. Recently some philosophers and scientists have insisted that technical philosophy is neglecting the results of the social sciences to the detriment of philosophy. The purpose of this paper is to consider the attempts made by contemporary philosophers to utilize material from the behavioral sciences (for a few recent examples, see 2, 15, 19, 20, 23, 24, 29, 38, 41, 50), to review certain of the arguments in favor of the utilization of such material, and to consider the criticisms of that approach.
Methodological Superiority of Aristotle Over Euclid
Authors: Apostle H. G.
Published: November 2002

If we were to name the two greatest mathematicians of antiquity, we would probably choose Archimedes and Euclid. The first excelled in research, the second in synthesis or system. The synthesis or system is closely associated with the theory or philosophy of that subject; and Euclid's Elements, which has been characterized as “one of the noblest monuments of antiquity”, is the best concrete instance of the theory of mathematics according to the ancient Greeks. Now Aristotle had a theory of mathematics, although he was not a practicing mathematician. It is the purpose of this article to show that the mathematical method according to Aristotle is superior to and more modern than that according to Euclid. For references to Aristotle's works we shall use pages and lines according to the standard Bekker's edition (Berlin, 1831). By “a number” we shall mean a positive integer or a whole number. We proceed to a brief outline of Euclid's Elements.
The Vernacular of the Laboratory
Authors: Senior James K.
Published: November 2002

The problem in the philosophy of science which interests me beyond all others is that of constructing an abstract deductive system isomorphic with the theory of the natural sciences. Clearly, this task must be the work of many years and many minds. Some portions of it have already been accomplished; but a great deal remains to be done, and the difficulties of the problems yet unsolved impress me as formidable. I believe, however, that it would be hard to overestimate the benefits which might follow from the construction of such an abstract theory, always provided that that theory met certain conditions. Not only must the system in question measure up to the standards of rigor and precision set by the logicians, but it must also be cast in such form that a working scientist could learn to understand at least that part of it applicable to his own specialty without being forced to drop his professional work and devote the labor of years to mastering the subject.
Reflections on Philipp Frank's Philosophy of Science
Authors: Kegley Charles W.
Published: November 2002

Recent writings of Professor Frank raise basic questions concerning the nature of science and its relations to social, political, theological and metaphysical issues.

This paper concentrates on several of these questions. What determines the acceptance of an hypothesis in the sciences? Is it explanation of the facts and confirmation by experimentation or is it the capacity of a theory to guide human conduct? Professor Frank's espousal of the latter criterion raises the question of whether this criterion can clearly be applied. Equally important: it places on the scientist the responsibility of (a) reliably predicting the effects of a theory on human conduct and (b), deciding which effects ought to be achieved, assuming we could reliably achieve them. Another set of problems arises concerning the relation between scientific views and metaphysical, political and religious beliefs. Are the former relevant to the latter? If so, how? Does not scientific method at least involve the rejection of certain political and religious philosophies? We conclude that each and all of these difficulties could be relieved if not resolved by accepting a thoroughgoing empiricism.
Experience and Experiment
Authors: Cowan Thomas A
Published: November 2002

The problem of scientific ethics or experimental morality creates for the scientific methodologist a profound dilemma. To the extent that he makes his investigations scientific he fails at the essence of morality. Conversely, if he attempts to found himself securely in morality, his efforts to become scientific lead to mere utilitarian “moralizing.” In the older language of Kant, the imperatives of morality are categorical; those of science, hypothetical. “Is” and “ought” are incommensurable categories, as they are for logical positivism which simply accepts the dualism as irreducible and advises against what it views as the inevitable consequence of any attempted synthesis: confusion.