science: The Rejection of Traditional Paradigms
The Rejection of Traditional Paradigms
Copernicus broke with the traditional belief, supported by both scientists and theologians, that the earth was at the center of the universe; his work, finally published in the year of his death (1543), proposed that the earth and other planets move in circular orbits around the sun. Paracelsus rejected the older alchemical and medical theories and founded iatrochemistry, the forerunner of modern medical chemistry. Andreas Vesalius, like Paracelsus, turned away from the medical teachings of Galen and other early authorities and through his anatomical studies helped to found modern medicine and biology. The philosophical basis for the scientific revolution was expressed in the writings of Francis Bacon, who urged that the experimental method plays the key role in the development of scientific theories, and of René Descartes, who held that the universe is a mechanical system that can be described in mathematical terms. The science of mechanics was established by Galileo, Simon Stevin, and others. The astronomical system of Copernicus gained support from the accurate observations of Tycho Brahe; the modification of Johannes Kepler, who used Tycho's work to show that the planetary orbits are elliptical rather than circular; and the writings of Galileo, who based his arguments on his own mechanical theories and observations with the newly invented telescope. Other instruments were also of major importance in the discoveries of the scientific revolution. The microscope extended human knowledge of living things just as the telescope had extended human knowledge of the heavens. The mechanical clock was perfected in the late 16th cent. by Christian Huygens, who also made improvements in the telescope, and thus events, both celestial and terrestrial, could be timed with greater precision—an essential factor in the development of the exact sciences, such as mechanics. The 17th cent. also saw the discovery of the circulation of the blood by William Harvey and the founding of modern chemistry by Robert Boyle.
Sections in this article:
- Introduction
- Promise and Problems of Modern Science
- Modern Science and Technology
- Astronomy beyond the Visual Spectrum
- The Abstraction of Mathematics
- Biology Becomes an Interdisciplinary Science
- Advances in Chemistry
- Quantum Theory and the Theory of Relativity
- The Impact of Elementary Particles
- Revolutions in Modern Science
- Science and the Industrial Revolution
- New Ideas in Biology
- Birth of Modern Geology
- Advances in Astronomy
- Innovations in Chemistry
- The Evolution of Mathematics and Physics
- The Age of Classical Science
- The Impact of Sir Isaac Newton
- Improved Communication of Scientific Knowledge
- The Rejection of Traditional Paradigms
- The Scientific Revolution
- The Craft Tradition and Early Empiricism in Europe
- Muslim Preservation of Learning
- Scientific Progress in China and India
- Influence of the Alexandrian Schools
- Early Greek Contributions to Science
- Practical Applications in the Ancient Middle East
- The Beginnings of Science
- Branches of Specialization
- Role of Measurement and Experiment
- The Scientific Method
- Bibliography
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