Philosopher Ian Hacking talks about the impact of Sir Francis Bacon and Karl Popper on scientific inquiry. Ultimately, Professor Hacking concludes, science is neither all theory nor all experiment but, rather, an intimate interaction between what we...
Sir Francis Bacon, prominent philosopher of the Renaissance, rises to the rank of Lord Chancellor of England before he is convicted of accepting bribes. After a short time in jail, he retires to write and to conduct scientific experiments. Bacon cri...
Bacon's method of induction seems to work better for the experimental science of Robert Boyle than it does for the theoretical science of Isaac Newton, although Newton does describe his theory as "inferred from the phenomena." An alternative basis f...
Bacon urges scientists to use a method which he calls "induction." Make a number of observations, look for general patterns, then test those patterns before proposing the underlying law of nature at work. Particularly critical to the process is cond...
The scientific work that would eventually lead to the Theory of Plate Tectonics began with observations that the coastlines of Africa and South America are strikingly similar.
Philosopher Ian Hacking talks about the contributions of Sir Francis Bacon to scientific inquiry. Professor Hacking notes that while Bacon's approach later came to be viewed as a model for how science should be done, during his lifetime, he didn't a...
Philosopher Ian Hacking talks about the challenge of making a clear distinction between classic rationalists and empiricists. He notes that "there's an awful lot of theorizing to be found in those empiricists, and a lot of concern with experimentati...