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Abridged and adapted version of L'Histoire du concept de molécule (Paris, 2001), especially made for the Dutch market.
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Subjects
atoms, molecules, cells, infinitesimals, atomism, molecularism, molecularization, physics, chemistry, biology, medicine, crystallography, mineralogy, mathematicsPeople
Epicurus, Lucretius, Beeckman, Stahl, Newton, Buffon, Laplace, Lavoisier, Schleiden-Schwann, Maxwell, Van der Waals, Van 't Hoff, Beijerinck, Boltzmann, Planck, EinsteinTimes
Antiquity-2000 A.D.Edition | Availability |
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De molecularisering van het wereldbeeld
2003-2005, Verloren
Paperback (and hardcover)
9065507310 9789065507329
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Book Details
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Work Description
De molecularisering van het wereldbeeld describes in two volumes the rise and development of the concept of molecule in the natural sciences and the life sciences, and so against the background of the Epicurus and Lucretius' neo-atomism. It is a thoroughgoing monograph indeed, because there is also a lot of mathematics and natural philosophy at stake. Of course, typically Dutch details are highlighted (terminology, curiosities, and the like).
The first volume (2003) assesses, in three chapters, for the sciences under consideration the period up to 1800. There follow separate chapters on the developments in physics and chemistry between ca. 1800 and ca. 1900. The concept of molecule appears to be produce of Holland. It was invented by the Zealander Isaac Beeckman (1588-1637). In much the same way that Lucretius is called the Epicurus romanus, Beeckman may be nicknamed the Epicurus batavus. Beeckman developed a discrete picture of nature, in which the molecular theory featured central stage, with a taylor-made mathematics to support the consequences. At the end of the 18th century that molecular theory had grown into molecularism, that is, a real 'Theory of everything'. Unsurprisingly, 19th century's physics and chemistry were primarily molecular-minded.
The second volume (2005) describes, in its first chapters, the 19th century's developments in the life sciences, on the one hand, and in crystallography and mineralogy, on the other. Biology emancipates itself from medical science, crystallography from mineralogy. A separate chapter is devoted to the rise of the modern system of units, the so-called Système international [..], with special attention for the molecular aspects. For the period up to 1925-1940 the developments are followed in detail. For the later period we content ourselves with an impression based on some 12 Nobel Prizes. The last chapter is an epilog, in which the new insights are checked against the historic and historiographical facts. There are, moreover, a bibliography and indexes of names and subjects. The message is clear: we have been living the breakthrough of a new picture of the world. This picture has been called after the House of Orange: Universum Arausiacum.
The book is dedicated to the memory of Prince Claus of the Netherlands.
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December 21, 2015 | Edited by Henk Kubbinga | Added new cover |
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