The reigning picture of special sciences, what we will term the ‘received’ view, grew out of the work of writers, such as Jerry Fodor, William Wimsatt, and Philip Kitcher, who overturned the Positivist’s jaundiced view of these disciplines by looking at real cases from the biological sciences, linguistics, psychology, and economics, amongst other areas.1 Central to the received view is the ontological claim that the ‘multiple realization’ of properties is widespread in the special sciences which we may frame thus.
Over fifty years ago, H.M. was treated for chronic epilepsy by a bilateral hippocampectomy. Among the lasting side effects of this treatment was that H.M. could no longer form certain types of long term memories, although he could form others. One of the many morals philosophers and psychologists have sometimes drawn from this sad case (and others) is that information about the brain can be used to guide theorizing about the mind. More specifically, it has been claimed that differences in (...) the way in which psychological properties are realized in the brain can be used in the delimitation of distinct psychological properties. In this paper, we build on the Dimensioned theory of realization and a companion theory of multiple realization to argue that the discovery of differences in neurobiological realization do not by themselves lead to the splitting of psychological properties. Such differences in realizers could constitute unique realizations of distinct psychological types or multiple realizations of one psychological type. Whether one has unique realizations or multiple realizations—whether psychological properties are split or not—is not determined by the neuroscience alone, but by the psychological theory under examination. Thus, one might say that, in the splitting or non-splitting of properties, psychology enjoys a kind of autonomy from neuroscience. (shrink)
Suppose that scientists discover a high level property G that is prima facie multiply realized by two sets of lower level properties, F1, F2, …, Fn, and F*1, F*2, …, F*m. One response would be to take this situation at face value and conclude that G is in fact so multiply realized. A second response, however, would be to eliminate the property G and instead hypothesize subtypes of G, G1 and G2, and say that G1 is uniquely realized by F1, (...) F2, …, Fn, and that G2 is uniquely realized by F*1, F*2, …, F*m. This second response would eliminate a multiply realized property in favor of two uniquely realized properties.1 Clearly these are two logically possible responses to this type of situation, so when faced with it how do scientists respond in real cases? This is a matter of providing a descriptively adequate account of actual scientific practice. In support of the view that scientists opt for the “eliminate-and-split” strategy, one might propose that it is illustrated by the way scientists responded in the case of memory. Once upon a time, it was thought that there existed a single kind of memory. With the advance of science, however, it was discovered that it is possible to perform certain sorts of brain lesions that would lead to the selective loss of certain memory functions, while certain other sorts of brain lesions would lead to selective loss of certain other memory functions. These neurobiological dissociation experiments, one might say, support the view that, instead of a single overarching type of memory, there are distinct subtypes of memory. (shrink)
ABSRACT: An increasing number of writers (for example, Kim ((1992), (1999)), Bechtel and Mundale (1999), Keeley (2000), Bickle (2003), Polger (2004), and Shapiro ((2000), (2004))) have attacked the existence of multiple realization and wider views of the special sciences built upon it. We examine the two most important arguments against multiple realization and show that neither is successful. Furthermore, we also defend an alternative, positive view of the ontology, and methodology, of the special science. In contrast to the claims of (...) recent critics, we show that methodological connections between the neurosciences and psychology are plausibly often the result of multiple realization. (shrink)
Inter-level mechanistic explanations in the sciences have long been a focus of philosophical interest, but attention has recently turned to the compositional character of these explanations which work by explaining higher level entities, whether processes, individuals or properties, using the lower level entities they take to compose them. However, we still have no theoretical account of the constitution or parthood relations between individuals deployed in such explanations, nor any accounts of multiple constitution. My primary focus in this paper is to (...) outline a positive account of the constitution/part-whole relations between individuals posited in inter-level mechanistic explanations that takes constituents in the sciences to be ‘working parts’. Using this account, I then go on to illuminate the nature, and varieties, of multiple constitution that we find in the sciences and provide a starting theoretical framework for multiple constitution as well. (shrink)
Stephan Blatti claims to have a new line of reasoning using evolutionary theory that resolves arguments over our deeper natures in favor of the Animalist position that we are identical to Homo sapiens organisms. Blatti thus raises an important question about which views of what we are can take us to be evolved. However, in this response I show that Blatti’s argument using evolution is based upon a false assumption about contemporary biology. I highlight how a better understanding of evolutionary (...) theory allows us to see that the major theories of what we are, including Psychological, Brain and even Soul theories, as well as Animalism, can all accept that we are products of evolution. (shrink)
Thomas Polger and Lawrence Shapiro (or P&S) have recently (2008) criticized ?causal-mechanist? views of realization that dominate research in the philosophy of mind and metaphysics of science. P&S offer the internal criticism that any account of realization focusing upon property instances, as views of causal-mechanist realization routinely do, must lead to incoherence about multiple realization. P&S's argument highlights important issues about property instances that have recently been neglected, as well as raising a challenge to the standard approach to understanding the (...) non-causal relations between properties and their instances in the sciences. In response, I clarify some important background issues about property instances and their relations to properties which show why P&S's main argument fails. In addition, I provide a second reason to doubt their argument by highlighting reasons to think that instances, as well as properties, are plausibly sometimes multiply realized in the sciences. (shrink)
Jaegwon Kim, and others, have recently posed a powerful challenge to both emergentism and non-reductive physicalism by providing arguments that these positons are committed to an untenabie combination of both 'upward' and 'dounward' determination. In section 1, I illuminate how the nature of the realization relation underlies such skeptical arguments However, in section 2, I suggest that such conclusions involve a confusion between the implications of physicalism and those of a related thesis in 'Completeness of Physics' (CoP). I show tht (...) the truth of CoP poses a very serious obstacle to realized properties being efficacious in a physicalist universe and suggest that abandoning CoP offers hope for defending non-reductive physicalism. I then fornulate a schema for a physicalist metaphysics, in section 3, which rejects CoP. This scenario is one where microphysical properties have a few conditional powers that they contribute to individuals when they realize certain properties. In such a situation, I argue, though physicalism holds true there is still plausibly both `upward' and 'downward' determination, where the latter is crucially an underappreciated form of determmation I term 'non- causal'. Ultimately, I conclude that this metaphysical schema offers a coherent account of Strongly ernergent properties that preserves the truth of NRP, albeit in a form that is purged of any committment to CoP. Finally, in section 4, I carefully explore which of Kim's assumptions and arguments this metaphysics undermines. (shrink)
Abstract: There has recently been controversy over the existence of 'multiple realization' in addition to some confusion between different conceptions of its nature. To resolve these problems, we focus on concrete examples from the sciences to provide precise accounts of the scientific concepts of 'realization' and 'multiple realization' that have played key roles in recent debates in the philosophy of science and philosophy of psychology. We illustrate the advantages of our view over a prominent rival account ( Shapiro, 2000 and (...) 2004 ) and use our work to rebut recent objections to the long-standing claim that psychological properties are multiply realized. For we use scientific evidence, in combination with our more precise theoretical framework, to show that we have strong reason to believe that psychological properties are indeed multiply realized both at the biochemical and neuronal levels. (shrink)
One of the main early forms of “functionalism,” developed by writers like Jerry Fodor and William Lycan, focused on “mechanistic” explanation in the special sciences and argued that “functional properties” in psychology were continuous in nature with the special science properties posited in such mechanistic explanations. I dub the latter position“Continuity Functionalism” and use it to critically examine the “Standard Picture” of the metaphysics of functionalism which takes “functional” properties to be second-order properties and claims there are two metaphysical forms (...) of “functionalism,” in so-called “role” and “realizer” functionalism. Looking at mechanistic explanations, I show that the “functional properties” posited in the special sciences are not second-order properties and that Continuity Functionalism is a distinctive metaphysical version of functionalism not covered by the Standard Picture. My conclusion is that the Standard Picture offers us a false dichotomy of ways to be a “functionalist” and that “functionalists” thus need to look once more to the special sciences to configure their views, thus eschewing the machinery inherited from “analytic” philosophers. (shrink)
Over the last century, as Figure 1 graphically illustrates, scientific investigations have given us a detailed account of many natural phenomena, from molecules to manic depression, through so-called.
Samuel Alexander was one of the foremost philosophical figures of his day and has been argued by John Passmore to be one of ‘fathers’ of Australian philosophy as well as a novel kind of physicalist. Yet Alexander is now relatively neglected, his role in the genesis of Australian philosophy if far from widely accepted and the standard interpretation takes him to be an anti-physicalist. In this paper, I carefully examine these issues and show that Alexander has been badly, although understandably, (...) misjudged by most of his contemporary critics and interpreters. Most importantly, I show that Alexander offers an ingenious, and highly original, version of physicalism at the heart of which is a strikingly different view of the nature of the microphysical properties and associated view of emergent properties. My final conclusion will be that Passmore is correct in his claims both that Alexander is significant as one of the grandfather’s of Australian philosophy and that he provides a novel physicalist position. I will also suggest that Alexander’s emergentism is important for addressing the so-called ‘problem of mental causation’ presently dogging contemporary non-reductive physicalists. (shrink)
By Carl Gillett, Illinois Wesleyan University. Ontological reductionism has long dominated the sciences and intellectual life more broadly. It holds that a ‘final theory’ in physics would, in principle, suffice to explain all natural phenomena and that, ultimately, the entities of such a theory, like quarks with their properties of spin, charm and charge, are all that actually exists. Recently, however, a mounting challenge to this hegemonic reductionism has been focused around ‘emergent’ entities. On one hand, philosophers and a range (...) of writers in Science and Religion have provided new theoretical resources in anti-reductionist, ‘emergentist’ views of the structure of nature. Whilst on the other hand, a parade of eminent scientists, from disciplines as varied as condensed matter physics, evolutionary biology, the sciences of complexity, and cognitive science, have all argued that their empirical findings provide actual examples of ‘emergence’ in nature. (shrink)
An electron clearly has the property of having a charge of þ1.6 10 19 coulombs, but does it also have the property of being charged ? Philosophers have worried whether so-called ‘determinable’ predicates, such as ‘is charged’, actually refer to determinable properties in the way they are happy to say that determinate predicates, such as ‘has a charge of þ1.6 10 19 coulombs’, refer to determinate properties. The distinction between determinates and determinables is itself fairly new, dating only to its (...) definition by the Cambridge logician W. E. Johnson early in the last century.1 But despite its newly minted condition the distinction has found little currency in on-going philosophical debates. Or at least until recently. Renewed interest in realist positions about properties, and arguments that the determinable-determinate relation may hold the key to understanding mental causation, have thrust Johnson’s distinction to the fore. With this new attention has also come new ‘optimistic’ positions that endorse the existence of determinable properties. David Armstrong, Evan Fales, and Sydney Shoemaker, among others, have all defended such optimistic accounts that take determinable predicates, such as ‘is charged’, to refer to determinable properties.2 In this paper, our goal is to carefully assess optimism and to argue that a pessimistic view, which rejects the existence of determinable properties, is actually the appropriate default position. (shrink)
Foundationalist, Coherentist, Skeptic etc., have all been united in one respect--all accept epistemic justification cannot result from an unending, and non-repeating, chain of reasons. Peter Klein has recently challenged this minimal consensus with a defense of what he calls "Infinitism"--the position that justification can result from such a regress. Klein provides surprisingly convincing responses to most of the common objections to Infinitism, but I will argue that he fails to address a venerable metaphysical concern about a certain type of regress. (...) My conclusion will be that until Klein answers these metaphysical worries he will not have restored Infinitism as a viable option in epistemology. (shrink)
I outline reasons for the recent popularity, and lingering suspicion, about 'emergence' by examining three distinct concepts of property emergence, their purposes and associated obligations. In Part 1, I argue 'Strong' emergence is the grail for many emergentists (and physicalists), since it frames what is needed to block the 'Argument from Realization' (AR) which moves from the truth of physicalism to the inefficacy of special science properties. I then distinguish 'Weak' and 'Ontological' emergence, in Part 2, arguing each is a (...) way one may fail to establish the possibility of Strong emergence. But I also show Weak emergence can help the full-blown reductionist and Ontological emergence helps those opposed to physicalism. Lastly, in Part 3, I argue that the Completeness of Physics (CoP) is incompatible with Strong emergence and that rejecting CoP provides hope for the possibility of Strong emergence in a physical world. The result is a notion of Strong emergence offering much to non-reductive physicalism. My final conclusion is that concepts of emergence, when properly understood, have important contributions to make to philosophical debate. (shrink)
Physicalism, a topic that has been central to philosophy of mind and metaphysics in recent years, is the philosophical view that everything in the space-time world is ultimately physical. The physicalist will claim that all facts about the mind and the mental are physical facts and deny the existence of mental events and state insofar as these are thought of as independent of physical things, events and states. This collection of new essays offers a series of 'state-of-the-art' perspectives on this (...) important doctrine and brings new depth and breadth to the philosophical debate. A group of distinguished philosophers, comprising both physicalists and their critics, consider a wide range of issues including the historical genesis and present justification of physicalism, its metaphysical presuppositions and methodological role, its implications for mental causation, and the account it provides of consciousness. (shrink)
By quantifying over properties we cannot create new properties any more than by quantifying over individuals we can create new individuals. Someone murdered Jones, and the murderer is either Smith or Jones or Wang. That “someone”, who murdered Jones, is not a person in addition to Smith, Jones, and Wang, and it would be absurd to posit a disjunctive person, Smith-or-Jones-or-Wang, with whom to identify the murderer. The same goes for second-order properties and their realizers. (Kim (1997a), p.201).
