Abstract

This book is an introduction to certain problems in the philosophy of science through the study of four case histories in the history of science. It is designed for undergraduate science majors whom, the author feels, often have difficulties connecting the usual discussions in the philosophy of science with the science they have studied and are studying. Each case history is followed by a commentary which considers its philosophical implications. The first case, Harvey's discovery of the circulation of the blood, is treated briefly and from it some implications are drawn about the relation of simple theories and the facts supporting them. The next three cases are considerably more complicated and receive more extended treatment. The first of these concerns scientific work on the motions and spacing of the planets from early Babylonian and Greek observations and theories to Kepler and Newton. The second concerns the development of the periodic table of the elements from Dalton to Mendeleev and the third discusses gene theories of inheritance from Mendel onward. In connection with these studies the author considers questions about the nature of theories and theoretical entities, methods of testing theories, the dependence of observation on theory and the issues of reduction among other topics. Although he limits his discussion to a few selected topics in the philosophy of science he has written an informative and interesting study which should fulfill its stated aims.--R. H. K.