Of all philosophers of the 20th century, few built more bridges between academic disciplines than Karl Popper. He contributed to a wide variety of fields in addition to the epistemology and the theory of scientific method for which he is best known. This book illustrates and evaluates the impact, both substantive and methodological, that Popper has had in the natural and mathematical sciences. The topics selected include quantum mechanics, evolutionary biology, cosmology, mathematical logic, statistics, and cognitive science. The approach is multidisciplinary, opening a dialogue across scientific disciplines and between scientists and philosophers.
Of all philosophers of the 20th century, few built more bridges between academic disciplines than Karl Popper. He contributed to a wide variety of fields in addition to the epistemology and the theory of scientific method for which he is best known. This book illustrates and evaluates the impact, both substantive and methodological, that Popper has had in the natural and mathematical sciences. The topics selected include quantum mechanics, evolutionary biology, cosmology, mathematical logic, statistics, and cognitive science. The approach is multidisciplinary, opening a dialogue across scientific disciplines and between scientists and philosophers.
Impressively demonstrates Karl Popper's important and wide-ranging contribution to science Illuminates past and present interactions between philosophy and science Explores Popper's famous scientific methodology based on falsification
Zuzana Parusniková
Science and philosophy of science Criticism and the growth of knowledge Karl Popper's views on science Falsification and confirmation in experiment Popper's experiment in quantum physics Popper on evolutionary biology Philosophy of mind Intellectual legacy of Karl Popper Falsification of hypotheses