Focuses primarily on those works of classical and modern philosophy, psychology and theology that have dealt with man -- with human love. Exploring the writing of authors as diverse as Aristotle, Dante, Sigmund Freud, Descartes and David Hume, the author attempts in each case to isolate the basic notion or notions that are common to all the forms of interpersonal love: the elements he implies must be present in love, and those he suggests may, in addition, be present to distinguish (...) one type of love from another. (shrink)

Seeking a scientific basis for understanding and treating mental illness, and inspired by the work of Ivan Pavlov, American physiologists, psychiatrists and psychologists in the 1920s turned to nonhuman animals. This paper examines how new constructs such as “experimental neurosis” emerged as tools to enable psychiatric comparison across species. From 1923 to 1962, the Cornell “Behavior Farm” was a leading interdisciplinary research center pioneering novel techniques to experimentally study nonhuman psychopathology. Led by the psychobiologist Howard Liddell, work at the Behavior (...) Farm formed part of an ambitious program to develop new preventative and therapeutic techniques and bring psychiatry into closer relations with physiology and medicine. At the heart of Liddell’s activities were a range of nonhuman animals, including pigs, sheep, goats and dogs, each serving as a proxy for human patients. We examine how Pavlov’s conceptualization of ‘experimental neurosis’ was used by Liddell to facilitate comparison across species and communication between researchers and clinicians. Our close reading of his experimental system demonstrates how unexpected animal behaviors and emotions were transformed into experimental virtues. However, to successfully translate such behaviors from the animal laboratory into the field of human psychopathology, Liddell increasingly reached beyond, and, in effect, redefined, the Pavlovian method to make it compatible and compliant with an ethological approach to the animal laboratory. We show how the resultant Behavior Farm served as a productive “hybrid” place, containing elements of experiment and observation, laboratory and field. It was through the building of close and more naturalistic relationships with animals over extended periods of time, both normal and pathological, and within and outside of the experimental space, that Liddell could understand, manage, and make useful the myriad behavioral complexities that emerged from the life histories of experimental animals, the researchers who worked with them, and their shared relationships to the wider physical and social environments. (shrink)

In this paper I examine the claim that mental causation — at least for cases involving the production of purposive behavior — is possible only if ‘mind/brain supervenience’ obtains, and suggest that in spite of all the bad press it has received in recent years, mind/brain supervenience is still the best way for a physicalist to solve the ‘exclusion problem’ that plagues many accounts of mental causation. In section 3, I introduce a form of mind/brain supervenience that depends crucially on (...) the idea that some brain state-types---namely, those involved in the production of purposive behavior---are nonlocally sensitive, where by ‘nonlocal sensitivity’ I mean cases where relevant causal histories and environmental circumstances effect a difference in some of an organism’s brain state-types intrinsic, causal properties. I will argue that such a mode of sensitivity of brain state-types offers the best way out of the exclusion problem for anyone convinced that mental state-types should be relationally individuated. (shrink)

This chapter examines various Islamic perspectives on natural theology, and briefly outlines the reasons why the philosophy of Ibn Rusdh does not represent a definition of natural theology in Islam. It then discusses varieties of natural theology and Islam; Kalām texts and revelation; al-Ghazālī's criticism of philosophers; Nizām al-Dīn al-Nīsābūrī's views on the reasoned study of nature; natural theology and religious obligations; Sharī'a and natural law; and reactions to Darwin in the nineteenth- and early twentieth-century Near East.

Turnbull offers a close and detailed reading of the Parmenides, using his interpretation to illuminate Plato's major late dialogues. The picture presented of Plato's later philosophy is plausible, highly interesting, and original.

ABSTRACT:Neuroethics, the study of the cognitive and neural mechanisms underlying ethical decision-making, is a growing field of study. In this review, we identify and discuss four themes emerging from neuroethics research. First, ethical decision-making appears to be distinct from other types of decision-making processes. Second, ethical decision-making entails more than just conscious reasoning. Third, emotion plays a critical role in ethical decision-making, at least under certain circumstances. Lastly, normative approaches to morality have distinct, underlying neural mechanisms. On the basis of (...) these themes, we draw implications for research in business ethics and the practice of ethics training. (shrink)

Individual Differences in Subjective Experience First-Person Constraints on Theories of Consciousness, Subconsciousness, and Self-Consciousness Robert G. ...

Premise: our representational system has had a relatively invariant core throughout human history (cf. Sellars's manifest image). Major theses: (i) When philosophical argument establishes the existence of an entity, that entity is a representing, not a represented. (ii) Most of the documents in the history of philosophy are on a par (as dialogical resources) with current philosophical literature for establishing or controverting such existence claims. (iii) The use of mathematics (initially the mathematized neo-Platonism of classical mechanics) allowed modern physical science (...) to break with the perennial system of representation; in consequence, a portion of the representings of modern physical scientists do not belong to the historically invariant core. This limits the dialogical resources of physical science and the applicability of arguments from perennial philosophy to science. It also explains the relative irrelevance of pre-17th century science to contemporary physical scientists in contrast to the relevance of pre-17th century philosophy to contemporary philosophers. It also supports thesis (iv), that logic (broadly conceived) in central to all serious philosophical enterprises, since logic is the central tool for exhibiting and criticizing the rationale(s) of our representational system(s). Support for these theses will be found in the paper. (shrink)

The revolution involving the foundations of the physical sciences heralded by relativity and quantum theories has been stimulating philosophers for many years. Both of these comprehensive sets of concepts have involved profound challenges to traditional theories of epistemology, ontology, and language. This volume gathers six experts in physics, logic and philosophy to discuss developments in space exploration and nuclear science and their impact on the philosophy of science.

Theoretical explication of a growing body of empirical data on consciousness-related anomalous phenomena is unlikely to be achieved in terms of known physical processes. Rather, it will first be necessary to formulate the basic role of consciousness in the definition of reality before such anomalous experience can adequately be represented. This paper takes the position that reality is constituted only in the interaction of consciousness with its environment, and therefore that any scheme of conceptual organization developed to represent that reality (...) must reflect the processes of consciousness as well as those of its environment. In this spirit, the concepts and formalisms of elementary quantum mechanics, as originally proposed to explain anomalous atomic-scale physical phenomena, are appropriated via metaphor to represent the general characteristics of consciousness interacting with any environment. More specifically, if consciousness is represented by a quantum mechanical wave function, and its environment by an appropriate potential profile, Schrödinger wave mechanics defines eigenfunctions and eigenvalues that can be associated with the cognitive and emotional experiences of that consciousness in that environment. To articulate this metaphor it is necessary to associate certain aspects of the formalism, such as the coordinate system, the quantum numbers, and even the metric itself, with various impressionistic descriptors of consciousness, such as its intensity, perspective, approach/avoidance attitude, balance between cognitive and emotional activity, and receptive/assertive disposition. With these established, a number of the generic features of quantum mechanics, such as the wave/particle duality, and the uncertainty, indistinguishability, and exclusion principles, display metaphoric relevance to familiar individual and collective experiences. Similarly, such traditional quantum theoretic exercises as the central force field and atomic structure, covalent molecular bonds, barrier penetration, and quantum statistical collective behavior become useful analogies for representation of a variety of consciousness experiences, both normal and anomalous, and for the design of experiments to study these systematically. (shrink)

Concise and clearly written, this volume surveys the doctrines of Plato, Aristotle, Descartes, Berkeley, Hume, and Kant, presenting major issues in metaphysics and the relationship between philosophy and science, and examining Cartesian rationalism and other theories of knowledge. It considers moral responsibilities and problems in ethics, discusses the philosophy of religion, and reviews some arguments for the existence of God. It concludes with an exploration of trends in twentieth-century philosophy, including pragmatism, analytical philosophy, logical positivism, and existentialism. An excellent introduction, (...) this volume provides the necessary perspective and critical insight to pursue further readings in philosophy, and will prove equally valuable in and out of the classroom. (shrink)

Starting with the Greeks, philosophers have been prone to demand certainty in their subject. As we know, this was not a local demand; the prevailing view was that all knowledge, scientific as well as philosophic, must be certain. The demand for philosophic certainty was thus the result of a more general view about knowledge and, equally important, the conviction that philosophy and science are one or, at least, continuous. Eventually, however, although there was agreement on the ideal, disagreement on virtually (...) everything else of importance bred skepticism about philosophic knowledge itself. The heirs to this skepticism in the present century were the logical positivists. -/- As they saw the matter, philosophy is discontinuous with science and, once shorn of its nonsense, contains only logical analyses or clarifications of meanings and not, as had been thought, claims about real existences. Philosophic certainty was retained in principle, although, given the controversial nature of their other claims, it was not emphasized. Science also came down a notch or two. The certainty of mathematics was reaffirmed, but it too was relegated to the realm of meanings; on the other hand, empirical science, since it rests on observation and experiment, was demoted to the level of high probability. -/- In all, the boldness and rigor of the positivist position are unmatched in the present century. Nevertheless, I think it is mistaken. In the present paper, I will argue that, because of difficulties with verificationism and the analytic-synthetic distinction, there is no reason to think that philosophic statements differ in kind from factual claims. The result, I think, is a partial vindication of the long-standing conception that philosophy is continuous with science. As for the other feature of the traditional view of philosophy, viz. certainty, I shall say little. However, if the account I defend here is correct, it should be clear that certainty in philosophy is unattainable. (shrink)

THIS PAPER ARGUES, AGAINST A. O. LOVEJOY AND WITH R. B.\nPERRY, THAT JAMES' THEORY OF MEANING DOES NOT CONFUSE\nCONSEQUENCES OF BELIEVING AND CONSEQUENCES OF THE\nSTATEMENTS BELIEVED. RATHER, I ARGUE THAT JAMES HOLDS THAT\nTHE MEANING OF A SYNTHETIC STATEMENT IS TO BE FOUND IN ITS\nPERCEPTUAL CONSEQUENCES WHILE CONSEQUENCES OF BELIEVING ARE\nRELEVANT TO 'JUSTIFYING' OVERBELIEFS; THAT IS, TO\nJUSTIFYING MEANINGFUL STATEMENTS FOR WHICH THE EVIDENCE IS\nINSUFFICIENT TO PROVIDE A RATIONAL, NON-PASSIONAL\nJUSTIFICATION. ALTHOUGH THIS THEORY OF MEANING APPEARS\nANTI-METAPHYSICAL, JAMES DOES NOT USE IT TO RULE (...) OUT\nMETAPHYSICS BECAUSE HE BELIEVES, ALONG WITH COMMON SENSE,\nTHAT METAPHYSICAL DOCTRINES ARE MEANINGFUL; THUS, THE\nQUESTION IS WHAT METAPHYSICAL DOCTRINES MEAN AND NOT\nWHETHER THEY ARE MEANINGFUL. ALTHOUGH JAMES IS OFTEN\nMISLEADING IN TALKING ABOUT MEANING, I ARGUE THAT THIS\nINTERPRETATION IS SUPPORTED BY HIS NUMEROUS DISCUSSIONS OF\nMETAPHYSICS. PAUL HENLE'S ATTEMPT TO PROVIDE A FAVORABLE\nINTERPRETATION OF JAMES WITHIN LOVEJOY'S FRAMEWORK, IS ALSO\nSHOWN TO BE INCOHERENT. (shrink)

Culp (1994) provides a defense for a form of experimental reasoning entitled 'robustness'. Her strategy is to examine a recent episode in experimental microbiology--the case of the mistaken discovery of a bacterial organelle called a 'mesosome'--with an eye to showing how experimenters effectively used robust experimental reasoning (or could have used robust reasoning) to refute the existence of the mesosome. My plan is to criticize Culp's assessment of the mesosome episode and to cast doubt on the epistemic significance of robustness. (...) In turn, I present a different account of the experimental reasoning microbiologists used in arriving at the conclusion that mesosomes are artifacts. I call this form of reasoning 'reliable process reasoning', and close the paper with a brief discussion of how experimental microbiologists justify the claim that an experimental process is reliable. (shrink)