A careful reading of Aristotle's Nicomachean Ethics focusing on his treatment of politics reveals a multifaceted discipline with political science, legislation, practice and ethics. These aspects of the discipline bear clear resemblance to the multiple conceptions of nursing. The potential that nursing is a multifaceted discipline, with nursing science as just one facet challenges the author's own conception of nursing as a practical science. Aristotle's discussion would seem to argue that nursing science is nursing, but nursing is more. Nursing is (...) also ethical practice, or art, and legislative for health. The multifaceted discipline of politics is united by the end, the common good, a just community that makes human happiness possible. Reasoning in this way, nursing is unified by its end, health of individuals and communities. Since nursing is not unique in having health as its end, this discussion ends with the question of where its uniqueness lies, i.e. within the activities or the personal presence of its practitioners. This discussion also contains some of the contemporary ethical and legislative challenges with which nursing is confronted. (shrink)

This discussion is grounded in Aristotelian–Thomistic realism and takes the position that nursing is a practical science. As an exposition of the title statement, distinctions are made between opinion and truth, and the speculative, productive and practical sciences. Sources of opinion and truth are described and a discussion follows that truth can be achieved through knowing principles and causes of the natural kind behind phenomena. It is proposed that humans are the natural kind behind nursing phenomena. Thus, human nature provides (...) proper principles (the truth) of nursing practice. (shrink)

Critics of industrial animal agriculture have argued that its practices are cruel, inhumane, or otherwise degrading to animals. These arguments sometimes form the basis of a larger case for the complete abolition of animal agriculture, while others argue for more modest welfare-based reforms that allow for certain types of industrial farming. This paper defends industrial farming against the charge of cruelty. As upsetting as certain practices may seem, I argue that they need not be construed as cruel or inhumane. Any (...) link between industrial farming and cruelty or inhumanity is contingent on certain cultural, behavioral, and psychological facts that are person-dependent. For many people working in animal agriculture, these facts do not obtain. To be sure, industrial animal agriculture has real moral hazards that must be carefully avoided, but all that this shows is that working with animals is not for everyone. (shrink)

Almost all admit that there is beauty in the natural world. Many suspect that such beauty is more than an adornment of nature. Few in our contemporary world suggest that this beauty is an empirical principle of the natural world itself and instead relegate beauty to the eye and mind of the beholder. Guided by theological and scientific insight, the authors propose that such exclusion is no longer tenable, at least in the data of modern biology and in our view (...) of the natural world in general. More important, we believe an empirical aesthetics exists that can help guide experimental design and development of computational models in biology. Moreover, because theology and science can both contribute toward and equally profit from such an aesthetics, we propose that this empirical aesthetics provides the foundation for a living synergy between theology and science. (shrink)

What, precisely, is `salt'? It is a certainwhite, solid, crystalline, material, alsocalled sodium chloride. Does any of that solidwhite stuff exist in the sea? – Clearly not.One can make salt from sea water easily enough,but that fact does not establish thatsalt, as such, is present in brine. (Paper andink can be made into a novel – but no novelactually exists in a stack of blank paper witha vial of ink close by.) When salt dissolves inwater, what is present is no (...) longer `salt' butrather a collection of hydrated sodium cationsand chloride anions, neither of which isprecisely salt, nor is the collection. Theaqueous material in brine is also significantlydifferent from pure water. Salt may beconsidered to be present in seawater, but onlyin a more or less vague `potential' way.Actually, there is no salt in the sea. In bothancient and modern treatments of otherimportant chemical concepts, including thenotions of `element', related complication,especially polysemy (terms with multiplemeanings), also occurs.In a recent paper, Paul Needham discussed the(predicable) properties of chemical substances,phases, and solutions. He provided a valuablecharacterization of cases in which severalquantities occupy the same space. He alsoconcluded that solution properties are not`intensive', because solvent and solute do nothave parts in common. He tacitly assumed thatingredients are not altered by their inclusionin a solution. This may be the case in somespecial cases (deutero-benzene dissolved inbenzene, say) but is not true in general – andcertainly does not apply to the case of brine,which Needham used as an example – since theions that exist in the solution, and also theaqueous material there, are quite differentfrom the pure ingredients used in making thesolution. An adequate theory of wholes andparts (mereology) must take into account thatwhen individuals enter combinations ofinteresting sorts they no longer are the verysame individuals that existed prior to thecomposition. It appears that no such formaltheory now actually exists. (shrink)

This article, the first of a two-part essay, presents an account of Aristotelian hylomorphic animalism that engages with recent work on neuroscience and philosophy of mind. I show that Aristotelian hylomorphic animalism is compatible with the new mechanist approach to neuroscience and psychology, but that it is incompatible with strong emergentism in the philosophy of mind. I begin with the basic claims of Aristotelian hylomorphic animalism and focus on its understanding of psychological powers embodied in the nervous system. Next, I (...) introduce the new mechanist approach to neuroscience and psychology and illustrate how it can enrich the more abstract ontological framework of Aristotelian hylomorphic animalism. In the third section of this article I establish in detail the many ways Aristotelian hylomorphic animalism is incompatible with strong emergentism in the philosophy of mind. Based on these fundamental differences I show why a criticism leveled against emergentism by the new mechanist philosophy does not hamper my proposed rapprochement between hylomorphism and the new mechanist philosophy. This conclusion, however, leaves untouched the problem I address in the second article, namely, is the new mechanist philosophy compatible with Aristotelian philosophical anthropology’s contention that intellectual operations are immaterial and interact with the psychosomatic operations of the rational animal? (shrink)

This essay proposes a comprehensive blueprint for the hylomorphic foundations of cosmology. The key philosophical explananda in cosmology are those dealing with global processes and structures, the regularity of global regularities, and the existence of the global as such. The possibility of elucidating these using alternatives to hylomorphism is outlined and difficulties with these alternatives are raised. Hylomorphism, by contrast, provides a sound philosophical ground for cosmology insofar as it leads to notions of cosmic essence, the unity of complex essences, (...) and globally emergent properties. These are used as the basis to account for the aforementioned cosmological explananda and to resolve two problems in the philosophy of cosmology: the meta-law dilemma and the uniqueness of the universe. In summary, cosmology needs hylomorphism because it is able to ground cosmology’s efforts as a scientific inquiry. It can do so because hylomorphism philosophically accounts for changing substances and aggregates of substances, the various scales of law-governed behavior measured by the natures of those substances, and how those substances as parts relate to the universe as a whole. (shrink)

This paper discusses a classic Aristotelian understanding of science, nature, and methods of inquiry and proof. It then discusses nursing as a practical science and provides some demonstrations through the application of classical methods. In the Aristotelian tradition an individual substance is a unity of form and matter: form being the intelligible universal that becomes the concept, while matter is the principle of individuation. Science is mediate intellectual causal knowledge. Inquiry uses hypothetical argument, and proof that is from valid syllogistic (...) reasoning with true premises provides necessity and certitude. This proof requires knowledge of the natural kind that gives origin to the attributes under investigation. The variability of nature is overcome by reasoning on the supposition of the end.Within the classical understanding of speculative and practical science, nursing is a practical science. As a science, nursing investigates the principles and causes of its subject, be that human beings, health or nursing behaviours as knowable nursing operations. The goal is knowledge of practice for the sake of practice, but nursing as a science is not operable. Nursing practice, that is nursing art or technologies, must complete the science. Reasoning on the supposition of the end, for example of cardiac compensation, allows one to identify necessary activities and physical states. Three causal demonstrations about decubiti show that demonstrations are possible. Classical science would teach us that the practical science of nursing studies human nature in order to identify principles and causes of health and principles and causes of nursing operations themselves. It also requires that the science ends in practical operation. Thus, proper decisions and individual actions in particular patient situations must complete nursing science. (shrink)

The anti-reductionist character of the recent philosophy of biology and the dynamic development of the science of emergent properties prove that the time is ripe to reintroduce the thought of Aristotle, the first advocate of a “top-down” approach in life-sciences, back into the science/philosophy debate. His philosophy of nature provides profound insights particularly in the context of the contemporary science of evolution, which is still struggling with the questions of form, teleology, and the role of chance in evolutionary processes. However, (...) although Aristotle is referenced in the evolutionary debate, a thorough analysis of his theory of hylomorphism and the classical principle of causality which he proposes is still needed in this exchange. Such is the main concern of the first part of the present article which shows Aristotle’s metaphysics of substance as an open system, ready to incorporate new hypothesis of modern and contemporary science. The second part begins with the historical exploration of the trajectory from Darwin to Darwinism regarded as a metaphysical position. This exploration leads to an inquiry into the central topics of the present debate in the philosophy of evolutionary biology. It shows that Aristotle’s understanding of species, teleology, and chance – in the context of his fourfold notion of causality – has a considerable explanatory power which may enhance our understanding of the nature of evolutionary processes. This fact may inspire, in turn, a retrieval of the classical theology of divine action, based on Aristotelian metaphysics, in the science/theology dialogue. The aim of the present article is to prepare a philosophical ground for such project. (shrink)