Teaching medical ethics and law has become much more prominent in medical student education, largely as a result of a 1998 consensus statement on such teaching. Ethics is commonly taught at undergraduate level using lectures and small group tutorials, but there is no recognised method for transferring this theoretical knowledge into practice and ward-based learning. This reflective article by a Sheffield university undergraduate medical student describes the value of using a student-selected component to study practical clinical ethics and the use (...) of a clinical ethics checklist. The ethical checklist was proposed by Sokol as a tool for use by medical staff during the ward round to prompt the consideration of important ethical principles in relation to care. This paper describes additional uses for the checklist as a tool for teaching and learning about the practical application of ethical principles and for observing professional behaviours within a critical care and acute care environment. Evidence suggests that putting ethical behaviour into practice offers a far greater challenge to a newly qualified doctor than has been appreciated, and that more needs to be done at an undergraduate level to help combat this. This paper argues from a personal standpoint of an individual student experience that this can best be done in a clinical medical setting. (shrink)

This two-volume work, first published in 1843, was John Stuart Mill's first major book. It reinvented the modern study of logic and laid the foundations for his later work in the areas of political economy, women's rights and representative government. In clear, systematic prose, Mill disentangles syllogistic logic from its origins in Aristotle and scholasticism and grounds it instead in processes of inductive reasoning. An important attempt at integrating empiricism within a more general theory of human knowledge, the work (...) constitutes essential reading for anyone seeking a full understanding of Mill's thought. Continuing the discussion of induction, Volume 2 concludes with Book VI, 'On the Logic of the Moral Sciences', in which Mill applies empirical reasoning to human behaviour. A crucial early formulation of his thinking regarding free will and necessity, this book establishes the centrality of 'the social science' to Mill's philosophy. (shrink)

A foundational text in modern empiricist method, published in 1843 by Victorian England's foremost philosopher of political and social life.

The Collected Works of John Stuart Mill was directed by an editorial committee appointed from the Faculty of Arts and Science of the University of Toronto and from the University of Toronto Press, and it was published from 1963 to 1991 in thirty-three hardcover volumes. The primary aim of the edition is to present fully collated, accurate texts of those works which exist in a number of versions, both printed and manuscript, and to provide accurate texts of those works previously (...) unpublished or which had become relatively inaccessible. Liberty Fund is pleased to make available in paperback eight volumes of Mill's writings that remain most relevant to liberty and responsibility in the twenty-first century. Mill's Autobiography gives a vivid account of his life, especially his unique education. The Principles of Political Economy, a compendium of economic theory and fact, was the leading economic textbook for decades. Primarily of interest to economists, his Essays on Economics and Society nevertheless contains material of interest to all students of the politics and society of nineteenth-century England. The most indispensable work in understanding his thought is A System of Logic, Ratiocinative and Inductive, which was the first serious attempt to methodize induction in relation to deduction. Essays on Ethics, Religion and Society, one of the most important volumes in the Collected Works, includes the major documents for an assessment of Mill's response to Benthamite utilitarianism and for understanding his development of an independent moral position. Book jacket. (shrink)

This two-volume work, first published in 1843, was John Stuart Mill's first major book. It reinvented the modern study of logic and laid the foundations for his later work in the areas of political economy, women's rights and representative government. In clear, systematic prose, Mill disentangles syllogistic logic from its origins in Aristotle and scholasticism and grounds it instead in processes of inductive reasoning. An important attempt at integrating empiricism within a more general theory of human knowledge, the work (...) constitutes essential reading for anyone seeking a full understanding of Mill's thought. Volume 1 contains Mill's introduction, which elaborates upon his definition of logic as 'not the science of Belief, but the science of Proof, or Evidence'. It also features discussions of the central components of logical reasoning - propositions and syllogisms - in relation to Mill's theories of inductive reasoning and experimental method. (shrink)

The dominant figure of mid-nineteenth-century British political economy, John Stuart Mill exercised a lasting influence on philosophical thought. This compact statement of Mill's doctrines starts with an informative Introduction by editor Ernest Nagel and proceeds with extracts from A System of Logic that clarify Mill's processes of reasoning. The following five-part treatment draws upon the philosopher's major works to consider names and propositions; reasoning; induction; operations subsidiary to induction; and the logic of the moral sciences. Selections from An (...) Examination of Sir William Hamilton's Philosophy conclude the text, along with an essay on the definition of political economy and its methods of investigation. (shrink)

This two-volume work, first published in 1843, was John Stuart Mill's first major book. It reinvented the modern study of logic and laid the foundations for his later work in the areas of political economy, women's rights and representative government. In clear, systematic prose, Mill disentangles syllogistic logic from its origins in Aristotle and scholasticism and grounds it instead in processes of inductive reasoning. An important attempt at integrating empiricism within a more general theory of human knowledge, the work (...) constitutes essential reading for anyone seeking a full understanding of Mill's thought. Volume 1 contains Mill's introduction, which elaborates upon his definition of logic as 'not the science of Belief, but the science of Proof, or Evidence'. It also discusses methods of logical reasoning - propositions and syllogisms. Volume 2 contains 'On the Logic of the Moral Sciences', in which Mills applies empirical reasoning to human behaviour. (shrink)

This two-volume work, first published in 1843, was John Stuart Mill's first major book. It reinvented the modern study of logic and laid the foundations for his later work in the areas of political economy, women's rights and representative government. In clear, systematic prose, Mill disentangles syllogistic logic from its origins in Aristotle and scholasticism and grounds it instead in processes of inductive reasoning. An important attempt at integrating empiricism within a more general theory of human knowledge, the work (...) constitutes essential reading for anyone seeking a full understanding of Mill's thought. Continuing the discussion of induction, Volume 2 concludes with Book VI, 'On the Logic of the Moral Sciences', in which Mill applies empirical reasoning to human behaviour. A crucial early formulation of his thinking regarding free will and necessity, this book establishes the centrality of 'the social science' to Mill's philosophy. (shrink)

Of John Stuart Mill's major commitments, none was more passionately pursued than equality; it marks his writings throughout his life, and serves as a uniting force in his comments on many subjects, especially lawand education. This volume presents, in scholarly form for the first time, writings that reveal his goals and methods in diverse circumstances. They begin with his precocious essay on the law of libel and include his influential Subjection of Women, his major essays on slavery, his (...) Inaugural Address at St Andrews, and his contributionsin the struggle to being Governor Eyre of Jamaica to trial. A variety of shorter essays is also presented: such personal documents as his declaration just before amrriage renouncing all legal rights over his wife, and his and Harriett Taylor's companion pieces on marriage, newly edited from manuscript. Also included is Mill's evidence before parliamentary committees on education and the Contagious Diseases Acts. The appendices include ancillary texts and a bibliographic index listing all works and persons mentioned or quoted in the essays. An analytic index gives easy access to the full range of Mill's ideas in these important essays. (shrink)

Altitude sundials do not require knowledge of the N-S direction to quantify time in terms of either seasonal or equal hours. Methods for determining the corresponding dial patterns are reviewed, and accurately computed data for a latitude of 51°N presented as horizontal, vertical, rectangular, and pillar dials on both timekeeping systems.

Though numerous disciplines are cultivating pedagogical relationships with the emerging field of digital humanities, philosophy appears to be among the least interested in what digital humanities has to offer. This is a missed opportunity. Through a proper pedagogical framing of both fields, I argue that philosophy educators would benefit from building a pedagogical relationship with digital humanities. First, I outline digital humanities methods and teaching practices, then I identify several core educational aims and teaching methods in philosophy, which (...) I conceptualize in terms of a creative art. Ultimately, I argue that digital humanities practices would enhance philosophy’s education aims by making philosophy more relevant and accessible to students’ needs, by fostering active learning, by establishing more equitable, collaborative participation, and by balancing skill-development with philosophical creation. The goal of this essay is not to replace traditional philosophy pedagogy, but rather to supplement it to better support modern students’ needs. (shrink)

The dominant figure of mid-nineteenth-century British political economics, John Stuart Mill exercised a lasting influence on philosophical thought. This compact statement of Mill's doctrines offers the essentials for understanding his scientific methods of reasoning. Starting with an informative Introduction by editor Ernest Nagel, the text proceeds with extracts from A System of Logic that clarify Mill's processes of reasoning. The following five-part treatment draws upon the philosopher's major works to consider names and propositions; reasoning; induction; operations subsidiary (...) to induction; and the logic of the moral sciences. Selections from An Examination of Sir William Hamilton's Philosophy conclude the text, along with an essay on the definition of political economy and its methods of investigation. (shrink)

J.S. Mill's deep interest in French intellectual, political, and social affairs began in 1820 when, in his fourteenth year, he went to France to live for a year with the family of Sir Samuel Bentham. French became his second language, and France his second home, where he died and was buried in 1873. His interest in history began even earlier when, as a child of seven, he tried to imitate his father's labours on the History of British India; though (...) he never wrote a history in his maturity, study of the past remained a passion and helped shape the philosophy of history that informed his views of society and ethics. His intense interest in contemporary French politics also led him to seek connections between historical developments and present trends, both seen by his from a Radical perspective approproate to what he believed to be an age of transition. The English historians of France, including Walter Scott and Thomas Carlyle, as well as the French, some of whom were themselves political figures, are judged by their historical methods, but those methods are seen as having practical effects in shaping as well as revealing the mind of the times. This volume brings together for the first time the essays, running from 1826 to 1849, that meld these abiding interests. They give as well insights into Mill's personal aspirations, his developing view of comparative politics and sociology, his concern for freedom, and his feminism. During these years Mill worked on a published his System of Logic, Book VI of which shows in condensed form the results of the speculations here developed; reading these essays with that work, which made his reputation as a philosopher, enables one to see the effects of romanticism on analytic thought in a way not as clearly evident even in Mill's Autobiography. Independently important, then, the essays in this volume also enable us to interpret anew the practical and theoretical concerns fundamental to his formative years and maturity. John C. Cairns' Introduction demonstrates how the essays reveal, through their reactions to the Revolutions of 1789, 1830, and 1848, and to French historiography, politics, and thought, the effect of France on Mill's ideas, and also the way in which his other concerns influenced his reactions to France. The texts, with the variants and notes that are the hallmark of this edition, are described in John M. Robson's Textual Introduction, which explains the editorial principles and methods. (shrink)

Despite the praise his writing garnered during his lifetime, e.g., from readers such as Einstein and de Broglie, Émile Meyerson has been largely forgotten. The rich tradition of French épistémologie has recently been taken up in some Anglo-American scholarship, but Meyerson—who popularized the term épistémologie through his historical method of analyzing science, and criticized positivism long before Quine and Kuhn—remains overlooked. If Meyerson is remembered at all, it is as a historian of classical science. This paper attempts to rectify both (...) states of affairs by explicating one of Meyerson׳s last and untranslated works, Réel et déterminisme dans la théorie quantique, an opuscule on quantum physics.I provide an overview of Meyerson׳s philosophy, his critique of Max Planck׳s interpretation of quantum physics, and then outline and evaluate Meyerson׳s neo-Kantian alternative. I then compare and contrast this interpretation with Cassirer׳s neo-Kantian program. Finally I show that, while Meyerson believes the revolutionary new physics requires "profoundly" modifying our conception of reality, ultimately, he thinks, it secures the legitimacy of his thesis: that science seeks explanations in the form of what he calls "identification." I hope my research will enable a more general and systematic engagement with Meyerson׳s work, especially with a view to assessing its viability as a philosophical method today. (shrink)

To many contemporary scholars, Émile Meyerson is a footnote in an obscure history: early twentieth-century French philosophy of science. While the traditions of épistémologie are beginning to enjoy the scrutiny they deserve, Meyerson’s role remains overlooked. This article provides an overview of Meyerson’s philosophical project to help sow the seeds for a more systematic recuperation of its legacy. By orienting his work historically, I elucidate the nature of Meyerson’s critique of positivism, his distinctive method, and the implications these have for (...) the relation between science and philosophy. In particular, I show that for Meyerson positivisme refers not only to the doctrine of Auguste Comte but to a general philosophical tendency. Inseparable from Meyerson’s critique of this tendency is his implementation of a new methodology—épistémologie—according to which reason must be understood through the historical development of science. Épistémologie reveals that positivism not only is an incomplete account of science but is detrimental to its progress. Accordingly, Meyerson hopes to secure science’s right to function according to its own immanent principles, thereby providing prolegomena to all future metaphysics through a historical determination of the nature and limits of human reason. (shrink)

This paper contrasts David Chalmers’s formulation of the easy and hard problems of consciousness with a Cartesian formulation. For Chalmers, the easy problem is making progress in explaining cognitive functions and discovering how they arise from physical processes in the brain. The hard problem is accounting for why these functions are accompanied by conscious experience. For Descartes, the easy problem is knowing the essential features of conscious experience. The hard problem is verifying our knowledge of the mathematical—physical world. While Chalmers (...) admits that consciousness as subjective experience has something irreducible about it, he also presupposes that conscious experience arises from physical processes. These physical processes are posited as objectively real entities given prior to human experience. The knowledge of such entities is assumed without theoretical justification. This assumption arguably invites a reductive materialist theory of mind. I suggest that employing the Cartesian method to articulate the representational theory of knowledge provides an antidote to reductive materialism and illuminates the conceptual gap between physical processes and conscious experience. To illustrate this I contrast Dennett’s heterophenomenology with the Cartesian method of crossing the conceptual gap. I suggest that the hard problem is attaining a knowledge of the extra-mental physical objects, not of conscious experience. (shrink)

The lodestone is an extremely rare form of the mineral magnetite that occurs naturally as a permanent magnet. It therefore attracts metallic iron as well as fragments of ordinary ‘inert’ magnetite. This ‘magic’ property was known to many ancient cultures, and a powerful lodestone has always commanded a high price. By the eleventh century AD the Chinese had discovered that a freely suspended elongated lodestone would tend to set with its long axis approximately north–south, and utilized this property in the (...) magnetic compass. They also appear to have discovered that this invaluable characteristic could be handed‐on to a steel needle if the latter were contacted with, or stroked by, a lodestone.The magnetism of the lodestone was scientifically investigated by William Gilbert in the sixteenth century, when he defined its ‘poles' and the well‐known rule that ‘like poles repel, unlike attract’. He also studied ‘inclination’ and ‘variation’, and means to aid the preservation of magnetic power. How to concentrate it by ‘arming’ the lodestone with caps or pole‐pieces of soft iron was discovered in the same century. These methods have been repeated, confirmed, and improved. The lodestone occupies a vital place in the history of magnetism, but little beyond Gilbert's work can be reached by historical studies because vastly improved steel or alloy permanent magnets, and electromagnets, replaced it before quantitative measurements were developed. These techniques have therefore been applied retrospectively to both museum specimens and contemporary natural lodestones. A good source of the latter was found to be the igneous complex known as Magnet Cove, Arkansas, and this material has been used as the ‘type example’. All specimens were discrete, well‐rounded, rusty brown pebbles found near the surface. Their unweathered interiors were black titanomagnetite. No significant trace element or crystallographic differences could be found between the lodestones and the magnetically inert material that always accompanied them. The magnetic moment per unit volume of the ‘as‐found’ Magnet Cove lodestones varied between 6.5 and 11.6 emu cm−3, which compares poorly with the hundreds of units characteritzing modern permanent magnets. Hysteresis loops gave a saturation intensity of 27–51 emu cm−3, suggesting that intensity has diminished since formation. This agrees with general experience of magnets, especially in the absence of a ‘keeper’. The initial volume susceptibility of Magnet Cove magnetite was about 0.18 for low fields, and always remained <1. This means that a normal terrestrial magnetic field with a maximum vector <1 Oe is unable to induce even the low magnetic moments we see today, while a field approaching 1000 Oe is required for saturation. These parameters, and the rare occurrence of lodestones as near‐surface fragments, support suggestions that they are the product of a lightning strike upon an exposure of a suitable magnetite. Transient currents averaging 30 000 A have been measured. This would give rise to a zone of potential magnetic saturation at least 12 cm in diameter, to which some of the ejected fragments would be exposed. An attempt to determine the period elapsed since formation of the Magnet Cove lodestone was made by annealing magnetically saturated specimens at temperatures up to 500°C, and measuring J v at weekly intervals for 100 days. The decay curves visually resembled exponential functions, but mathematical tests proved that they were not strictly so. Interpretation was therefore difficult, but a pragmatic procedure involving excessive extrapolation suggested an ‘age’ of about 3500 years. (shrink)

Ni-44 at.% Al and Ni-50 at.% Al single crystals were tested in compression in the hard d 001 ¢ orientation. The dislocation processes and deformation behaviour were studied as a function of temperature, strain and strain rate. A slip transition in NiAl occurs from a d 111 ¢ slip to non- a d 111 ¢ slip at intermediate temperatures. In Ni-50 at.% Al single crystals, only a d 010 ¢ dislocations are observed above the slip transition temperature. In contrast, a (...) d 101 ¢ {101} glide has been observed to control deformation beyond the slip transition temperature in Ni-44 at.% Al. a d 101 ¢ dislocations are observed primarily along both d 111 ¢ directions in the glide plane. High-resolution transmission electron microscopy observations show that the core of the a d 101 ¢ dislocations along these directions is decomposed into two a d 010 ¢ dislocations, separated by a distance of approximately 2 nm. The temperature window of stability for these a d 101 ¢ dislocations depends upon the strain rate. At a strain rate of 1.4 2 10 m 4 s m 1 , a d 101 ¢ dislocations are observed between 800 and 1000 K. Complete decomposition of a d 101 ¢ dislocations into a d 010 ¢ dislocations occurs beyond 1000 K, leading to a d 010 ¢ climb as the deformation mode at higher temperatures. At lower strain rates, decomposition of a d 101 ¢ dislocations has been observed to occur along the edge orientation at temperatures below 1000 K. Embedded-atom method calculations and experimental results indicate that a d 101 ¢ dislocations have a large Peierls stress at low temperatures. Based on the present microstructural observations and a survey of the literature with respect to vacancy content and diffusion in NiAl, a model is proposed for a d 101 ¢ {101} glide in Ni-44 at.% Al, and for the observed yield strength versus temperature behaviour of Ni-Al alloys at intermediate and high temperatures. (shrink)

A number of modern logic books give a misrepresentation of Mill's Methods as originally conceived by Mill. In this paper, I point out what I believe is a better presentation of Mill's Methods. This treatment is not only historically more accurate, but it also represents a better conceptual introduction to Mill's Methods in general.

Peter Lipton has attempted to flesh out a model of Inference to the Best Explanation (IBE) by clarifying explanation in terms of a causal model. But Lipton's account of explanation makes an adequate explanation depend on a principle which is virtually identical to Mill's Method of Difference. This has the result of collapsing IBE on Lipton's account of it into causal inference as conceived by the Causal-Inference model of induction. According to this model, many of our inductions are inferences (...) from effects to their probable causes, and Mill's Methods are canons to guide such inferences. Thus, Lipton's account of IBE fails to represent an advance over the already familiar Causal-Inference Model of induction. (shrink)

In his seminal Inference to the Best Explanation, Peter Lipton adopted a causal view of explanation and a broadly Millian view of how causal knowledge is obtained. This made his account vulnerable to critics who charged that Inference to the Best Explanation is merely a dressed-up version of Mill’s methods, which in the critics’ view do the real inductive work. Lipton advanced two arguments to protect Inference to the Best Explanation against this line of criticism: the problem of multiple (...) differences and the problem of inferred differences. Lipton claimed that these two problems show Mill’s method of difference to be largely unworkable unless it is embedded in an explanationist framework. Here I consider both arguments as well as the best Millian defense against them. Since the existing Millian defense is only partially successful, I will develop a new and improved account. As an integral part of the argument, I show that my solutions to the problems of multiple and inferred differences offer new insight into Lipton’s main case study: Ignaz Semmelweis’s discovery of the cause of childbed fever. I conclude that the method of difference can overcome Lipton’s challenges outside an explanationist framework. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:460 HISTORY OF PHILOSOPHY accurate understanding of the mind of Aristotle. Nifo's shift on the question of Aristotle and immortality thus represents a noteworthy chapter in the history of Renaissance Aristotelianism.6x EDWAKDP. MAHONEY Duke University 6x I should like to thank the United States Government for a Fulbright fellowship during 1962-1963; the National Foundation for the Humanities for a fellowship during 1968-1969; and the Duke UniversityResearch Council for grants (...) for microfilms. BIBLIOGRAPHY OF THE WRITINGS OF JACOB LOEWENBERG Compiled by Edwin S. Budge It is hoped that all of Professor Loewenberg's published writings, exclusive of his many book reviews, are listed herein. His unpublished doctoral dissertation, "The Genesis of Hegel's Dialectical Method" (1911), is available on loan from Harvard University, although the "gist" of this, as Dr. Loewenberg has indicated, may be found in the introduction to the first item cited in the bibliography. Dr. Loewenberg, it might be added, also translated a short work by Gilbert Chinard, France for the Soldier (Berkeley: University of California, 1918), and quite likely was consulted by his wife Kate in the course of her translation of Emile Meyerson's Identity and Reality (New York: Macmillan Company, 1930; reprinted by Dover, 1962, and Peter Smith, 1963). Jacob Loewenberg's personal papers are in the possession of his daughter, Mrs. Jeannot Nyles, of Berkeley, California. 1912 1916 BIBLIOGRAPHYOF THE WRITINGSOF JACOBLOEWENBERG "Vorwort," pp. v-vi; "Einleitung: 'Die jugendlichen Denkversuche Hegels'," pp. vii-xxii; in Hegels Entwiir/e zur Enzyklopiidie und Propiideutik nach den Handschri/ten der Harvard-Universitiit. Mit einer Handschri[tprobe. By Georg Wilhelm Friedrich Hegel. Herausgegeben yon Dr. J. Ltwenberg. Leipzig: Verlag von Felix Meiner, I912. xxiv, 59 pp. (Hegel-Archiv. Herausgegeben von Georg Lasson. Band I, Heft 1.) "Interpretation as a Self-Representative Process," The Philosophical Review, Vol. XXV, No. 3 (May, 1916), 420-423. "Mysticism and Idealism," University o/ California Chronicle, Vol. XVIII, No. 1 (January, 1916), 72-91. "An address before the Philosophical Union of the University of California, December 10, 1915." 1917 1918 1919 1920 1921 1922 1923 NOTES AND DISCUSSIONS 461 "The Spirit of Hegel's Philosophy," University of California Chronicle, Vol. XVIII, No. 3 (July, 1916), 373-393. "The Teachings of Royce," The California Alumni Fortnightly, Vol. IX, No. 14 (September 30, 1916), 216-217. "Classic and Romantic Trends in Plato," The Harvard Theological Review, Vol. X, No. 3 (July, 1917), 215-236. "An address before the Philosophical Union of the University of California, February 23, 1917." "Josiah Royce: Interpreter of American Problems," University of California Chronicle, Vol. XIX, No. 1 (January, 1917), 39-47. "The Prophetic Songs of Swinburne," University of California Chronicle, Vol. XX, No. 10anuary, 1918), 106-115. "Preface," pp. vii-xii in Lectures on Modern Idealism. By Josiah Royce. New Haven: Yale University Press, 1919. Pp. 259. (Semicentennial Publications of the University of California, 1868-1918.) "Ethics and the War," Mills Quarterly, Vol. I, No. 4 0anuary, 1919), 6-9. "An address delivered at Mills College, October 18, 1918." "Multiplicity and the Social Order," The Harvard Theological Review, Vol. XII, No. 2 (April, 1919), 137-164. "President Wilson's Americanism," University of California Chronicle, Vol. XXI, No. 1 (January, 1919), 1-15. "Introduction," pp. 3-37 in Fugitive Essays; with an Introduction by Dr. J. Loewenberg. By Josiah Royce. Cambridge: Harvard University Press, 1920. Pp. 429. (Semicentennial Publications of the University of California, 1868-1918.) "Philosophy and Humanism," University of California Chronicle, Vol. XXIH, No. 3 (July, 1921), 298-318. "Read before the Kosmos Club of the University of California, April 4, 1921." "The Apotheosis of Mind in Modern Idealism," The Philosophical Reviewj Vol. XXXI, No. 3 (May, 1922), 215-236. "A fragment of a larger essay." "The Idea of Mutability in Literature," University of California Chronicle, Vol. XXIV, No. 2 (April, 1922), 129-151. "The Metaphysics of Critical Realism," pp. 167-194 in Issues and Tendencies in Contemporary Philosophy. Edited by George P. Adams and J. Loewenberg. 462 HISTORY OF PHILOSOPHY Berkeley: University of California, 1923, Pp. 224. (University of California Publieations in Philosophy, VoL IV.) Read before the Philosophical Union of the University of California, March 30, 1923. "'The Metaphysics of Modern Scepticism," The Philosophical... (shrink)

An admirable introduction to inductive logic, this book is both informative and lucidly written. After an excellent introductory chapter comparing deductive with inductive logic, the author presents Hume's problem of induction and several proposed methods for solving or dissolving it, none of which are adequate. Chapter III is devoted to Goodman's paradox about "grue" and the problems it poses for induction. No attempt, however, is made to develop a calculus of projectibility, which is needed to solve this new riddle (...) of induction. The systematic part of inductive logic is presented in the fourth and longest chapter. This chapter begins with a brief account of elementary truth functions which the author then uses to present an updated and rather elegant version of Mill's methods. The rest of the chapter is devoted to the development of the probability calculus in a systematic manner, without, however, any method of assigning initial probabilities. An account of statistics is appended, which is too brief to be of much value. The fifth chapter is devoted to interpretations of the probability calculus. The frequency interpretation of probability is described as an adequate account of descriptive probability. Two interpretations of inductive probability are presented: Carnap's "logic" interpretation and the frequency interpretation of Reichenbach. Both, however, are found lacking in ultimate justification. Though not flawless, this book is of very high quality.—F. S. M. (shrink)

This edited collection showcases some of the best recent research in the philosophy of science. It comprises of thematically arranged papers presented at the 5th conference of the European Philosophy of Science Association (EPSA15), covering a broad variety of topics within general philosophy of science, and philosophical issues pertaining to specific sciences. The collection will appeal to researchers with an interest in the philosophical underpinnings of their own discipline, and to philosophers who wish to study the latest work on the (...) themes discussed. (shrink)

John Stuart Mill's System of Logic was a significant early work in the history of the philosophy of science. The goal of this essay is to characterize Mill's views concerning the central purposes of the sciences and the methods that give to scientific inquiry its distinctive quality and power. More broadly, this chapter explores the implications of Mill's philosophy of science for important debates concerning the nature of inductivism and the normativity of scientific practice in the (...) construction of an adequate philosophy of science. To this end, it addresses William Whewell's trenchant criticisms of Mill's views and some the implications of their debates for the discipline of the philosophy of science. (shrink)

Introduction to one of the most important, controversial, and suggestive works of moral philosophy ever written.

Mill's views in epistemology were very much the culmination of radical British empiricism, and its natural transition to certain forms of logical positivism. This paper involves an overview and critical evaluation of Mill's foundationalism, his views on inductive reasoning and attempt to “reduce” deductive reasoning to inductive reasoning, his attempt to solve the epistemological problems of perception by reducing talk of physical objects to talk about the permanent possibility of sensations (his phenomenalism), his views on knowledge of necessary (...) truths, and his famous “methods” for establishing truths about causal connection. (shrink)

Hausman has argued that Mill in the Logic demands verification of qualified, inexact statements if they are to be considered lawlike. This puts Mill in line with a reasonable interpretation of what modern microeconomists are about, but requires the additional hypothesis that Mill abandoned his earlier stress on modal truth in his 1836 essay on the method of economics. The paper maintains that neither textual nor contextual evidence supports this hypothesis. Moreover, it is superfluous if one attends carefully to how (...) Mill conceived economic science, which occupied a peculiar, somewhat isolated place in his own views on the deductive method and on verification. (shrink)

Toward A Sociological Imagination builds on the ideas C. Wright Mills expressed in The Sociological Imagination for an approach to the scientific method broad enough to open up to the full range of knowledge within the sociology discipline. In this book, nine sociologists and one philosopher provide detailed tests of the utility of the approach within diverse substantive sociological areas.

Why must we respect others’ rights to dispute scientific knowledge such as that the Earth is round, or that humans evolved, or that anthropogenic greenhouse gases are warming the Earth? In this paper, I argue that in On Liberty Mill defends the freedom to dispute scientific knowledge by appeal to a novel social epistemic rationale for free speech that has been unduly neglected by Mill scholars. Mill distinguishes two kinds of epistemic warrant for scientific knowledge: 1) the positive, direct evidentiary (...) warrant that scientific experts construct for their knowledge by applying the methods Mill had set out in his A System of Logic, Ratiocinative and Inductive, and 2) a social testimonial warrant that the non-expert “public” has for what Mill refers to as their “rational[ly] assur[ed]” beliefs on scientific subjects. Mill does not argue that scientific claims can never be proven true with complete practical certainty to scientific experts, nor does he argue that scientists must engage in free debate with critics such as flat-earthers in order to fully understand the grounds of their scientific knowledge. Instead, Mill argues that in the absence of the freedom to dispute scientific knowledge, non-experts cannot establish that scientific experts are credible sources of testimonial knowledge. To establish the credibility of scientific expert speakers, non-expert audiences must have a rational assurance, Mill argues, that experts have satisfactory answers to objections that might undermine the positive, direct evidentiary proof of scientific knowledge. But since non-experts cannot distinguish objections that undermine such expert proof from objections that do not, censorship of any objection — even the irrelevant objections of literal or figurative flat-earthers — will prevent non-experts from determining whether scientific expert speakers are credible. Hence, while censoring irrelevant objections would not undermine the positive, direct evidentiary warrant that scientific experts have for their knowledge, doing so would destroy the non-expert, social testimonial warrant for that knowledge. The asymmetry between how expert scientific speakers and non-expert audiences warrant their scientific knowledge is what both generates and necessitates Mill’s social epistemic rationale for the “absolute” freedom to dispute it. (shrink)

Between the first and second editions of A System of Logic, John Stuart Mill underwent a startling conversion from an uncompromising frequentist philosophy of probability to a thoroughly Bayesian degree-of-belief view. The conversion was effected by correspondence with the eminent scientist Sir John Herschel, to whom Mill already owed what have become known as Mill's Methods of Experimental Inference. We present the relevant correspondence, and discuss the extent of Mill's conversion.