WITTGENSTEIN'S LATER PICTURE "THEORY" OF MEANING

Recently, commentators such as Kenny and Hacker have disagreed about whether Wittgenstein's early picture theory of meaning is at all compatible with his later theory of "meaning-as-use". Arguing in favor of their compatibility, Kenny finds that meaning-as-use supplements, rather than rivals the earlier conception of meaning:     

HUME ON KNOWLEDGE,CERTAINTY AND PROBABILITY: ANTICIPATING THE DISINTEGRATION OF THE ANALYTIC/SYNTHETIC DIVIDE?

Abstract:  This paper contends that the first argument of Hume's "Of scepticism with regard to reason" entails that humans have no knowledge as Hume understands knowledge. In defending this claim, we also see how Hume's argument anticipates an important aspect of an extremely influential 20th century development: the collapse of the analytic/synthetic distinction.     

RELIGION AND AN EVOLUTIONARY THEORY OF KNOWLEDGE

Abstract. This paper outlines an evolutionary theory of knowledge involving not only conceptual but also behavioral and experiential knowledge. It suggests human knowledge is continuous at the behavioral and experiential level with that of nonhuman animals. By contrasting an evolutionary understanding of ultimate reality (God) with the more traditional, personalistic understanding, the paper shows how an evolutionary epistemology applies to religion in terms of both general and special revelation. Finally, the paper explores how one might respond to the problem of religious knowledge in a pluralistic age and how a nonpersonal, evolutionary understanding of God might be religiously adequate.     

ON THE LIMITATIONS AND PROMISE OF QUANTUM THEORY FOR COMPREHENSION OF HUMAN KNOWLEDGE AND CONSCIOUSNESS

Abstract. I present a partially historical discussion of the basis of the quantum theory in nonmathematical terms using human knowledge and consciousness as an underlying theme. I show that the philosophical position in both classical and quantum theory is the experimental and mathematical philosophy of Isaac Newton. Because almost all the systems we deal with are multicomponent, we must consider the limitations and openness imposed by thermodynamics on our claims in both classical and quantum treatments. Here the reality of measurement stands in the way of any simple picture but also provides the basis for considerations of free will. Particular care is taken with the concepts of quantum measurement, entanglement, and decoherence because of their importance in the discussion.