Alvin Goldman

(? - 2024)

Social epistemology is the normative theory of socioepistemic practices. Teaching is a socioepistemic practice, so educational practices belong on the agenda of social epistemology. A current question is whether intelligent design should be taught in biology classes. This paper focuses on the argument from “fairness” or “equal time.” The principal aim of education is knowledge transmission, but evidence renders it doubtful that giving intelligent design equal time would promote knowledge transmission. In making curricular decisions, boards of education should consult the experts. Are novices capable of identifying genuine experts? This social epistemological question is answered affirmatively

This book deserves kudos. It presents one of the more novel versions of reliabilism to appear in recent years. The style is fast-paced and energetic, with no sacrifice in philosophical precision. It applies original interpretations of perceptual science to central issues in traditional epistemology, and should thereby earn itself a prominent place in the naturalistic epistemology literature. Finally, the book is more comprehensive than its title suggests. It illuminates a great many issues of traditional epistemology beyond perception, providing an up-to-date and thorough-going basic epistemology.

In the wake of Frege's attack on psychologism and the subsequent influence of Logical Positivism, psychological considerations in philosophy came to be viewed with suspicion. Philosophical questions, especially epistemological ones, were viewed as 'logical' questions, and logic was sharply separated from psychology. Various efforts have been made of late to reconnect epistemology with psychology. But there is little agreement about how such connections should be made, and doubts about the place of psychology within epistemology are still much in evidence. It therefore remains to be clarified just how such links should be established, and what impact they would have on the direction of epistemology.

This article blends psychological and social factors in the explanation of science, and defends the compatibility of a psychosocial picture with an epistemic picture. It examines three variants of the 'political' approach to interpersonal persuasion advocated by Latour and others. In each case an 'epistemic' or mixed account is more promising and empirically better supported. Psychological research on motivated reasoning shows the epistemic limits of interest-driven belief. Against social constructivism, the paper defends the viability of a truth-based standard, and reports how truth-possession can be promoted even when scientific work is motivated by political/professional considerations.

A new class of visuomotor neuron has been recently discovered in the monkey’s premotor cortex: mirror neurons. These neurons respond both when a particular action is performed by the recorded monkey and when the same action, performed by another individual, is observed. Mirror neurons appear to form a cortical system matching observation and execution of goal-related motor actions. Experimental evidence suggests that a similar matching system also exists in humans. What might be the functional role of this matching system? One possible function is to enable an organism to detect certain mental states of observed conspecifics. This function might be part of, or a precursor to, a more general mind-reading ability. Two different accounts of mind-reading have been suggested. According to “theory theory‘, mental states are represented as inferred posits of a naive theory. According to “simulation theory‘, other people’s mental states are represented by adopting their perspective: by tracking or matching their states with resonant states of one’s own. The activity of mirror neurons, and the fact that observers undergo motor facilitation in the same muscular groups as those utilized by target agents, are findings that accord well with simulation theory but would not be predicted by theory theory.

Epistemics as a whole would have a larger scope, encompassing secondary as well as primary individual epistemology and social epistemology in addition. There are a variety of terms of intellectual evaluation, many of interest to epistemology. The ones most commonly used in the discipline are ‘justified’ and ‘rational.’ Another central term of intellectual appraisal, which oddly has received only scant attention in the field, is ‘intelligent.’ Epistemology should be concerned with this range of intellectual assessments. Ethics distinguishes consequentialist and deontological types of theories, and epistemology can utilize the distinction. Which cognitive processes are available, and which are to be approved, are matters that can only be settled with the help of cognitive science. An important distinction drawn in Epistemology and Cognition is the distinction between processes and methods of belief formation. Processes are basic psychological operations, either innate parts of our cognitive architecture or merely the results of maturation as opposed to learning.

In any generation there are relatively few people who make major original contributions to even a single area of philosophy. But the man whose work is the topic of this conference has made such contributions not only in a single field, but in several. This morning and afternoon we have devoted our attention to Chisholm's epistemology, the breadth and significance of which is evident. Equally deserving of our attention, however, are his contributions to the theory of action and metaphysics, and we shall be turning to these topics this evening and tomorrow. As in epistemology, Chisholm's work in these areas has focused on the deepest philosophical problems. He has worked out suggested solutions to these problems with a scope, precision, and care which serve as models for others to emulate.

Epistemology has recently witnessed a number of efforts to rehabilitate rationalism, to defend the existence and importance of a priori knowledge or warrant construed as the product of rational insight or apprehension (Bealer 1987; Bigelow 1992; BonJour 1992, 1998; Burge 1998; Butchvarov 1970; Katz 1998; Plantinga 1993). This effort has sometimes been coupled with an attack on naturalistic epistemology, especially in BonJour 1994 and Katz 1998. Such coupling is not surprising, because naturalistic epistemology is often associated with thoroughgoing empiricism and the rejection of the a priori. In this paper, however, I shall present a conception of naturalistic epistemology that is entirely compatible with a priori justification or knowledge. The resulting conception, I claim, gives us a better appreciation of the respective merits of the rational and the empirical, as well as a better understanding of how moderate epistemological naturalism comports, at least in principle, with moderate rationalism. This paper defends moderate rationalism; but it does not defend everything rationalists have often wanted, only what it is reasonable to grant them.

This is a collection of chapters by the leading proponent of process reliabilism, explaining its relation to rival and/or neighboring theories including evidentialism, other forms of reliabilism, and virtue epistemology. It addresses other prominent themes in contemporary epistemology, such as the internalism/externalism debate, the epistemological upshots of experimental challenges to intuitional methodology, the source of epistemic value, and social epistemology. The Introduction addresses late-breaking responses to ongoing exchanges with friends, rivals, and critics of reliabilism.

One possible aim of epistemology is to advise cognizers on the proper choice of beliefs or other doxastic attitudes. This aim has often been part of scientific methodology: to tell scientists when they should accept a given hypothesis, or give it a certain degree of credence. This regulative function is naturally linked to the notion of epistemic justification. It may well be suggested that a cognizer is justified in believing something just in case the rules of proper epistemic procedure prescribe that belief. Principles that make such doxastic prescriptions might thereby "double" as principles of justification. In the first part of this paper I contrast the regulative conception of justification with another, equally tenable, conception. Then, after noting a fundamental worry about the applicability of the regulative conception, I proceed to lay it out in more detail. The regulative justificational status of a doxastic attitude for person S at time t depends upon (a) the right set of doxastic instructions and (b) the states S is in at (or just before) t.

A conception of social epistemology is articulated with links to studies of science and opinion in such disciplines as history, sociology, and political science. The conception is evaluative, though, rather than purely descriptive. Three types of evaluative approaches are examined but rejected: relativism, consensualism, and expertism. A fourth, truth-linked, approach to intellectual evaluation is then advocated: social procedures should be appraised by their propensity to foster true belief. Standards of evaluation in social epistemics would be much the same as those in individual epistemics, only the objects of evaluation would be interpersonal patterns of judgment and communication, and institutional practices that bear on opinion formation.

What are the conceptually necessary and sufficient conditions for a person, or organism, to perceive a given object? More precisely, what is the nature of our ordinary thought about perception that gives rise to our willingness or unwillingness to say that S perceives O? Some form of causal theory of perception is now, I think, widely accepted. Such a theory maintains that it is part of our concept of perception that S perceives O only if O causes a percept, or perceptual state, of S. I accept this causal requirement, though with some qualification. The crucial problem for the theory of perception is what must be added to the causal requirement. Not all causes of a percept are said to be perceived. Smith looks at a tree illuminated by the sun, when the sun is not itself in view. His visual percept is caused by the tree, but not only the tree. The percept's causal ancestry includes the sun and the array of light two inches from Smith's eyes. Why do we say that he sees the tree, but not the sun or the array of light? What principles underlie this invidious choice among causes? Similarly, we think of a bat as perceiving objects in his path, but not as perceiving himself. Yet, since he emits the sonar signals these objects reflect, he is himself a cause of his percepts. Why don't we say he perceives himself?