Joseph Agassi

A century and a half ago James Spedding wrote a two-volume review of Macaulay’s Essay on Bacon’. That review inaugurated a career dedicated to the study of Bacon, including a biography that is still, perhaps, the best extant, and the preparation of the collected works-by Ellis, Spedding, and Heath-which is still the standard edition in Bacon scholarship. Had I treated Kuhn’s new book with a similar degree of attention, the result would be a book-length study of Max Planck and his contribution to twentieth-century thought. Let others take up that task. Here is a mere outline of the task, a few hints. Such a story as Kuhn has attempted to tell is, of necessity, full of loose ends. The choice of which loose end to tie up may be ad hoc; the choice is then open to criticism. Or, it may be in accord with some principle; the choice and the principle are then both open to criticism. A detail may be wrongly presented or rightly presented but its role in the story wrongly judged. Nor is this all: the list of what may go wrong and be open to critical comments is already too long. A reviewer must, then, either cover all grounds by a book-length review, or make many questionable choices tacitly. Both options are unsatisfactory, and all that is left for the reviewer is to ask for his reader’s sympathy and indulgence and to attempt to be as transparent as possible. What is the book about? The title suggests the answer: it is the story of how the study of black-body radiation (see below) led to the idea that matter emits and absorbs radiation, i.e., light, not continuously, as required by the wave-theory of light, but in discrete bursts of energy, now known as photons. This idea was revolutionary. Thomas S. Kuhn, author of The Structure of Scientific Revolutions, has now written the story of one of the greatest and most exciting scientific revolutions of all time that of the quantization of light: the quantum revolution. One might expect this book, then, to be not merely about the quantum revolution but also about its structure. Is it? Most authorities on the matter tend to answer in the negative. This review takes the opposite stand and is thus a tribute to this book.

Criticism of the welfare state is mostly economic and administrative, relating to the resultant national debt and state bureaucracy. Budget cuts and privatization may help but not eliminate the difficulty. Yet, the primary concern of the welfare system is neither economic nor administrative; so, the force of this criticism is limited. To restrict the discussion to the defunct free-markets and centralized economies is to distort and to obstruct clear thinking on national priorities. Criticism of any welfare system should not aim at the revival of these extremist solutions, but raise cost-effectiveness. All this holds for the medical sector in particular.

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

Legitimating the use of metaphysics in scientific research constituted a farreaching methodological revolution, invalidating the inductivist demands that science be guided by empirical information alone. Thus, science became tentative. The revolution was established when pioneering historians of science, Max Jammer among them, exhibited the working of metaphysics in scientific research. This raises many problems, since most metaphysical ideas are poor as compared with scientific ones. Yet taking science to be the effort to explain facts in a comprehensive manner, makes some metaphysics unavoidable, and presents the better metaphysics as the possible frameworks within which older scientific theories may be reinterpreted and improved and newer ones may be developed

1. Where is the trouble? Let us take it for granted that a person can be interested in researches that go on in different fields, for example, in physics and in psychology. Undoubtedly, this will raise problems not shared by a person whose research is confined to one field only. There may be difficulty in deciding which of the two is that person's primary field of interest; members of his secondary field of interest may be flattered or feel slighted or even threatened by his intrusion into their field. Let us fully ignore all these problems and pretend that they do not exist. Nevertheless, there may be different kinds of problems, and such that are hard to overlook. For example, a researcher may study the behavior of another researcher as a secondary field of research or even, worse, as a primary one. A professor of medical education who has studied the lecturing techniques of professors in his own medical school and found them very poor, meets with an understandable hostility in his own medical school. A (structuralist) sociologist may discover that his colleagues persistently speak of their teaching chores as serious undertakings and as sheer nuisance; he will be considered an enemy of education. A social psychologist may find a certain group of mathematicians or physicists in his own school or country over-ambitious and so rather unfriendly to competitors; they will then not like that social psychologist. A professor of education who thinks that biology professors shamelessly and immorally exploit their graduate students by forcing them to play cogs in their own research machinery, will find it difficult to get a job in a university with a strong biology department. And so it goes on. Let us agree that we can live with this difficulty too and even defend the researcher who meets this kind of hostility. Now the worst case is still different: i.e. when the outsider is also inte rested in the same research as the insider, and criticizes it and offers better ways of doing it..

Stephen Turner complains about weaknesses of Robert K. Merton's teachings without noticing that these are common. He puts down Merton's ideas despite his innovations, on the ground that they are not successful and not sufficiently revolutionary. The criteria by which he condemns Merton are too vague and too high. Merton's merit is in his having put the sociology of science on the map and drawn attention to the egalitarianism that was prominent in classical science and that is now diminished. Key Words: American sociology • intellectual frameworks • Merton • middle axioms • time lag.

The pair democreteanism-Platonism (nothing/something is outside space-Time) differs from the pair nominalism-Realism (universals are/are not nameable entities). Nominalism need not be democretean, And democreateanism is nominalist only if conceptualism is rejected. Putnam's critique of nominalism is thus invalid. Quine's theory is democretean-When-Possible: quine is also a minimalist platonist. Conceptualists and realists agree that universals exist but not as physical objects. Nominalists accept universals only as "facons de parler"