Biology was forged into a single, coherent science only within living memory. In this volume the thinkers responsible for the “modern synthesis” of evolutionary biology and genetics come together to analyze that remarkable event.
In a new Preface, Ernst Mayr calls attention to the fact that scientists in different biological disciplines varied considerably in their degree of acceptance of Darwin’s theories. Mayr shows us that these differences were played out in four separate periods: 1859 to 1899, 1900 to 1915, 1916 to 1936, and 1937 to 1947. He thus enables us to understand fully why the synthesis was necessary and why Darwin’s original theory—that evolutionary change is due to the combination of variation and selection—is as solid at the end of the twentieth century as it was in 1859.
At a time when historical and cultural analyses are being subjected to all manner of ideological and disciplinary prodding and poking, the work of Max Weber, the brilliant social theorist and one of the most creative intellectual forces in the twentieth century, is especially relevant. In this significant study, Fritz Ringer offers a new approach to the work of Weber, interpreting his methodological writings in the context of the lively German intellectual debates of his day. According to Ringer, Weber was able to bridge the intellectual divide between humanistic interpretation and causal explanation in historical and cultural studies in a way that speaks directly to our own time, when methodological differences continue to impede fruitful cooperation between humanists and social scientists. In the place of the humanists' subjectivism and the social scientists' naturalism, Weber developed the flexible and realistic concepts of objective probability and adequate causation.
Grounding technical theories in specific examples, Ringer has written an essential text for all students of Weber and of social theory in the humanities and social sciences. Fully reconstructed, Max Weber's methodological position in fact anticipated the most fruitful directions in our own contemporary philosophies of the cultural and social sciences. Ringer's conceptualization of Weber's approach and achievement elucidates Weber's reconciliation of interpretive understanding and causal explanation and shows its relevance to intellectual life and culture in Weber's own time and in ours as well.
A classic on mind, matter, and the unified world model
C. G. Jung's work in his later years suggested that the seemingly divergent sciences of psychology and modern physics might, in fact, be approaching a unified world model in which the dualism of matter and psyche would be resolved into “one world” or Unus Mundus. Jung believed that the natural integers are the archetypal patterns that regulate the unitary realm of psyche and matter, and that number serves as a special instrument for man's becoming conscious of this unity.
Written in a clear style and replete with illustrations which help make the mathematical ideas visible, Number and Time is a piece of original scholarship which introduces a view of how "mind" connects with "matter" at the most fundamental level.
Is a human being a person or a machine? Is the mind a social construction or a formal device? It is both, William Frawley tells us, and by bringing together Vygotsky's sociocultural theory of the mind and cognitive science's computational model, he shows us how this not only can but must be. To do so, Frawley focuses on language, particularly on how the computational mind uses language to mediate the internal and the external during thought. By reconciling the linguistic device and the linguistic person, he argues for a Vygotskyan cognitive science.
Frawley begins by exploding the internalist/externalist dichotomy that presently drives cognitive science and falsely pits computationalism against socioculturalism. He replaces the reigning Platonic paradigm of computational mind-science with a framework based on an unusual, unified account of Wittgenstein, thus setting the stage for a Vygotskyan cognitive science centered on three aspects of mind: subjectivity, real-time operation, and breakdown. In this context, he demonstrates how computational psychology accommodates a critical aspect of Vygotskyan theory--private speech--as the mind's metacomputational regulator. An examination of certain congenital disorders (such as Williams Syndrome, Turner Syndrome, and autism) that disrupt speech further clarifies the issue of computational and cognitive control.
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