Introduction
Setting the Scene
Plato and Aristotle
From the Roman Empire to the Empire of Islam
The Western Middle Ages
The Renaissance
Nicholas Copernicus anda New World
New Methods of Science
Bringing Mathematics and Natural Philosophy Together: Johannes
Kepler
Mathematics and Mechanics: Galileo Galilei
Practice and Theory in Renaissance Medicine: William Harvey and the
Circulation of the Blood
The Spirit of System: René Descartes and the Mechanical
Philosophy
The Royal Society and Experimental Philosophy
Experiment, Mathematics, and Magic: Isaac Newton
Newton's Legacy: Forces and Fluids (electricity and heat)
The Chemical Revolution: From Newton to John Dalton, via Priestley
and Lavoisier
Natural Theology and Natural Order: Newtonian Optimism and the
History of Science
The Making of Geology: From James Hutton to Charles Lyell via
Catastrophism
The History of Plants and Animals: Successive Emergence or
Evolution?
Religion and Progress in Victorian Britain: Robert Chambers versus
Hugh Miller
Bringing it All Together?: Charles Darwin's Evolution
Darwinian Aftermaths: Religion; Social Science; Biology
Beyond Newton: Energy and Thermodynamics
Newton Deposed: Einstein and Relativity Theory
Mathematics Instead of a World Picture: From Atomism to Quantum
Theory
Afterword
Index.
Choice Outstanding Academic Title, 2012 'A wide-ranging history of scientific thought, with a judicious selection of carefully explained topics. It is clear throughout that the work is based on extensive and deep knowledge of the field...an excellent text' - David Philip Miller, Professor of History & Philosophy of Science, University of New South Wales, Australia. 'This is an excellent, well-balanced overview. Especially notable for its emphasis on the significance of magic in the development of modern science, it is also shrewd and perceptive on the relations between science and religion, and on science's broader cultural role.' - Michael Hunter, Professor of History, Birkbeck, University of London.
JOHN HENRY Professor of the History of Science at the University of Edinburgh, UK. He has published widely in the history of science from the sixteenth to the nineteenth centuries, including The Scientific Revolution and the Origins of Modern Science, now in its third edition
A Short History of Scientific Thought offers a traditional survey
of the development of Western natural philosophy and mathematical
sciences and traces their transformation into basic subject fields
of modern scientific inquiry and today’s chief scientific theories,
for example quantum mechanics and evolution … Henry’s book is a
suitable replacement for twentieth-century surveys used in the
undergraduate classroom, a use that is enhanced by his emphasis on
scientific content and minimal engagement with historiographical
debate.
*Jole Shackelford, Science and Education, Vol. 48*
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