
For untold centuries, humans tracked the regularities of the natural world and developed systems that let us make predictions about the future. But, with a few rare exceptions, we did little more than that. The few stabs made at understanding things were anything but systematic, and they didn’t produce unified theories about the underlying properties of the physical world. But then, roughly 500 years ago, everything changed.
To hear David Wootton tell it in his new book The Invention of Science, 16th-century Europe was the last place you’d expect an intellectual revolution. It was a region where witchcraft and unicorns were accepted as real, even by the intellectual classes. They also felt that the Greeks and Romans had already discovered everything worth knowing. An extended hangover from a night out with Aristotle and Christian theology stifled anything that looked like a sense of inquiry. Knowledge, if anything, was on the decline.
Yet, as Wootton explains, the intellectual ferment started by Copernicus and Galileo brought about a change that led to the breakthroughs of Boyle, Pascal, and Newton. Some of their findings are still in use today, and the scientific approaches they pioneered have expanded in scope to revolutionize the modern world.
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Source: Ars Technica – How did all this science get here?