The thesis of this paper is that in dealing with problems of "mind," the philosopher of mind needs to be as well grounded in his relevant sciences (e.g. psychology, anthropology) as the philosopher of the physical sciences needs to be grounded in his relevant sciences (e.g. physics). The thesis of this paper is also that the psychological analysis of solipsism and the philosophical analysis are not independent (or at least not independent in all of their aspects), and that therefore the (...) psychological analysis sheds light on the philosophical, and vice versa. It is argued that solipsism is untenable on at least two grounds: because (1) there are no such physical phenomena as acts of "immediate perception," and because (2), that there can be no such thing as an "individual mind" without some form of a "group mind.". (shrink)

The purpose of this paper is to show that there are as many formulations of the process of falsification as there are archetypal, philosophical systems of inquiry. This paper explores several systems of inquiry which are based on Churchman's reading of the history of Western epistemology. It is argued that (1) the falsification of scientific theories can never be a purely formal process although it is perpetually open to formal exploration; (2) that contrary to current belief, falsification can never be (...) more certain than confirmation because falsification involves judgments which are no more certain than those involved in confirmation. The supposed asymmetry between confirmation and falsification is severely challenged. Finally, a Feyerabendian and a Hegelian notion of falsification are explicitly developed and contrasted. (shrink)

Scientific ideas neither arise nor develop in a vacuum. They are always nutured against a background of prior, partially conflicting ideas. Systemic hypothesistesting is the problem of testing scientific hypotheses relative to various systems of background knowledge. This paper shows how the problem of systemic hypothesis-testing (Sys HT) can be systematically expressed as a constrained maximimization problem. It is also shown how the error of the third kind (E III) is fundamental to the theory of Sys HT.The error of the (...) third kind is defined as the probability of having solved the ‘wrong’ problem when one should have solved the ‘right’ problem. This paper shows howE III can be given both a systematic as well as a systemic treatment. Sys HT gives rise to a whole host of new decision problems, puzzles, and paradoxes. (shrink)