Excerpt from Philosophen-Lexikon: Leben, Werke und Lehren der Denker Die Verteilung des gewaltigen Stoffes auf einen einzigen, wenn auch stattlichen Band, bot nicht geringe Schwierigkeiten, und so wird man gewiß Nachsicht üben, wenn hier und da ein Artikel im Verhältnis etwas zu kurz oder zu lang ausgefallen ist, oder wenn sonst nochetwas vermißt wird. Es möge ferner beachtet werden, daß der Verfasser im Nachtrag am Schluß des Werkes noch eine Reihe Autoren, Schriften, Daten usw. Anführt, die aus diesem oder jenem (...) Grunde noch nicht im Texte enthalten sind. Eine absolute Vollständigkeit der Daten war freilich nicht zu erzielen. Der Ver fasser darf wohl hoffen, daß man über die Mängel, von denen ein solches Werk bei seinem ersten Inslebentreten kaum ganz frei sein kann, nicht die Menge des Gebotenen und das Ausmaß des selb ständig Erarbeiteten übersehen wird. About the Publisher Forgotten Books publishes hundreds of thousands of rare and classic books. Find more at www.forgottenbooks.com This book is a reproduction of an important historical work. Forgotten Books uses state-of-the-art technology to digitally reconstruct the work, preserving the original format whilst repairing imperfections present in the aged copy. In rare cases, an imperfection in the original, such as a blemish or missing page, may be replicated in our edition. We do, however, repair the vast majority of imperfections successfully; any imperfections that remain are intentionally left to preserve the state of such historical works. (shrink)

A portrait of scholastic approaches to a qualified disagreement of opinions, focusing on the antagonism of scholastic probabilism and anti-probabilism in the early modern era.

These lectures, delivered at New York University from February 20th till March 1, 1913, appeal less to students and philosophers than to the cultured public at large. I take this opportunity of expressing my sincere gratitude to the New York University, and especially to Chancellor Elmer E. Brown, for all the kindness and interest shown to me during my stay in New York.RUDOLF EUCKEN.JENA, June, 1913.

From the INTRODUCTION. The measurement of intelligence at the present time is a well recognized part of psychology. The growth of this work and the interest shown in it during the last three decades have been truly remarkable. We have witnessed the establishment of innumerable clinics and the appearance of the "mental tester." This growth has been characterized by the practical considerations of clinical examinations. The need for a psychological examination has been recognized and answers to practical situations have been (...) demanded before the psychologist has really had time to formulate his own conceptions of the whole problem. Theoretical considerations have lagged behind the practical application of mental tests. We have been measuring intelligence long before we have decided as to what intelligence really is. Far from being a drawback, as this at first sight would appear to be, it has in fact proved' to be of distinct advantage, since the measurement of this something, that we have been making, is leading us slowly but surely to a real knowledge of what can with profit be called "general intelligence." Only after considerable work with mental tests did psychologists arrive at the now generally accepted definition of intelligence, as enunciated by Stern, that "Intelligence is a general capacity of an individual consciously to adjust his thinking to new requirements: it is general mental adaptability to new problems and conditions of life." Although even this definition of intelligence may be modified in the future, it serves, at the present time, as a good working hypothesis for the selection of tests for mental measurement. Other conceptions of general intelligence are numerous and many are very similar. Binet, for example, says: "It seems to us that in intelligence there is a fundamental faculty, the alteration or the lack of which is of the utmost importance for practical life. This faculty is judgment, otherwise called good sense, initiative, the faculty of adapting one's self to circumstances. To judge well, to comprehend well, to reason well, these are the essential activities of intelligence." Meumann says general intelligence depends on two qualities, "(1) on the capacity for independent, productive thought (productive, synthetic thinking).... (2).the intensity of the whole mental life." Ebbinghaus makes intelligence include abstraction and the ability to compare and contrast. Burt says that the result of his work "strongly suggests that it is one feature or function of attentive consciousness which forms the basis of intelligence, namely, the power of readjustment to relatively novel situations by organizing new psycho-physical co-ordinations." And lastly Hart and Spearman look upon general intelligence as a "common factor" or "central tendency" not exactly definable, but entering into all sorts of mental activities to a greater or less degree. In addition to these hypotheses as to the nature of intelligence, theoretical considerations as to the growth of intelligence and the general distribution of the various grades of intelligence are arising as a direct result of the practical work being done. Questions as to the rate of increase in normal mentality are being raised, and the theoretical assumptions, upon which we base our classification of individuals into different groups, are being discussed. (shrink)

German: Unter den nichtlogischen Konstanten der Wissenschaftssprache werden zwei Arten unterschieden, die Beobachtungsterme (z. B. « blau ») und die theoretischen Terme (z. B. « elektrisches Feld »). Die letzteren werden nicht durch Definitionen eingeführt, sondern durch Postulate zweier Arten, nämlich theoretische Postulate, zum Beispiel Grundgesetze der Physik, und Korrespondenzpostulate, die die theoretischen Terme mit Beobachtungstermen verbinden. Wie schon Hilbert gezeigt hat, können in dieser Weise sowohl die Mathematik als auch die theoretische Physik als ungedeutete Kalküle aufgestellt werden. Es wird (...) hier kurz erklärt, dass durch diesen Aufbau auch den mathematischen Termen eine Bedeutung (in einem weiteren Sinne) beigelegt wird. Die theoretischen Terme erhalten durch die Korrespondenzpostulate wenigstens eine unvollständige Deutung. Es wird gezeigt, wie die Unterscheidung von analytischen und synthetischen Sätzen auch für die theoretische Sprache definiert werden kann. -/- English: Among the non‐logical constants of the language of science two kinds are distinguished, the observation terms (e.g., « blue ») and the theoretical terms (e.g., « electric field »). The latter terms are introduced, not by definitions, but by postulates of two kinds, theoretical postulates, e.g., basic laws of physics, and correspondence postulates which connect the theoretical terms with observation terms. As Hilbert has explained, both mathematics and theoretical physics can in this way be constructed in the form of uninterpreted calculi. It is here briefly indicated that by this method of construction also the mathematical terms have meanings (in a wider sense) assigned to them. The theoretical terms obtain at least an incomplete interpretation by means of the correspondence postulates. It is shown how the distinction between analytic and synthetic sentences can be defined also for the theoretical language. (shrink)

This essay is an attempt to reconcile the disturbing contradiction between the striving for order in nature and in man and the principle of entropy implicit in the second law of thermodynamics - between the tendency toward greater organization and the general trend of the material universe toward death and disorder.

The developments of recent years have made it more and more clear that one of the most fruitful approaches to the science of science, i.e. to a logical, epistemological and methodological analysis of science, consists in the analysis of the language of science. This analysis is meant not only as an analysis of the general structure of the scientific language, but also as an analysis of the expressions of that language as they are used in science, e.g. of the words (...) used, of the sentences of different forms asserted by scientists, of the theories consisting of such sentences, of proofs and derivations for such sentences, etc. (shrink)

1. Bd. Ältere Strömungen (19. Jahrhundert). Jüngere Strömungen (Ende 19. und Anfang 20. Jahrhundert)--2. Bd. Jüngere Strömungen (Ende 19. und Anfang 20. Jahrhundert); Fortsetzung.

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From the contents: Philosophie, Politik und Wissenschaftliche Weltauffassung: zur Frage der Philosophie in Osterreich und Deutschland (B. Smith). - Facts, truths and the ontology of logical realism (H. Hochberg). - Franz Brentano und die Wiederentdeckung der Intentionalitat Richtigstellung herkommlicher Missverstandnisse und Missdeutungen (M. Antonelli). - Erneuerung der Philosophia Perennis: uber die ersten vier Habilitationsthesen Brentanos (W. Sauer). - Confessions of a Meinongian logician (D. Jacquette). - Lewis and Sylvan on noneism (A. Witherall). - What is it to compose a musical (...) work (M.E. Reicher).". (shrink)