This book is a defense of the methods of analytic philosophy against a recent empirical challenge to the soundness of those methods. The challenge is raised by practitioners of “experimental philosophy” and concerns the extent to which analytic philosophy relies on intuition—in particular, the extent to which analytic philosophers treat intuitions as evidence in arguing for philosophical conclusions. Experimental philosophers say that analytic philosophers place a great deal of evidential weight on people’s intuitions about hypothetical cases and thought experiments. This (...) book argues that this view of traditional philosophical method is a myth, part of “metaphilosophical folklore.” Analytic philosophy makes regular use of hypothetical examples and thought experiments, but philosophers argue for their claims about what is true or not true in these examples and thought experiments. It is these arguments, not intuitions, that are treated as evidence for the claims. The book discusses xphi and some recent xphi studies; critiques a variety of other metaphilosophical claims; examines such famous arguments as Gettier’s refutation of the JTB theory and Kripke’s Gödel Case argument against descriptivism about proper names, and shows that they rely on reasoning rather than intuition; and finds existing critiques of xphi, the “Multiple Concepts” and “Expertise” replies, to be severely lacking. (shrink)

Advocates of conceptual engineering as a method of philosophy face a dilemma: either they are ignorant of how conceptual engineering can be implemented, or else it is trivial to implement but of very little value, representing no new or especially fruitful method of philosophizing. Two key distinctions frame this dilemma and explain its two horns. First, the distinction between speaker’s meaning and reference and semantic meaning and reference reveals a severe implementation problem for one construal of conceptual engineering. Second, the (...) distinction between stipulating meanings and conceptually analyzing allows us to see why, on another construal of what conceptual engineering involves, the practice is neither a new nor neglected philosophical methodology. The article also argues that semantic externalism is not the root of the implementation problem for conceptual engineering, and that the usual rationale for adopting the practice, one that ties its value to the amelioration of “conceptual defects”, is unsound. (shrink)

An extraordinary and challenging synthesis of ideas uniting Quantum Theory, and the theories of Computation, Knowledge and Evolution, Deutsch's extraordinary book explores the deep connections between these strands which reveal the fabric ...

It is argued on a variety of grounds that recent results in 'experimental philosophy of language', which appear to show that there are significant cross-cultural differences in intuitions about the reference of proper names, do not pose a threat to a more traditional mode of philosophizing about reference. Some of these same grounds justify a complaint about experimental philosophy as a whole.

Practitioners of the new ‘experimental philosophy’ have collected data that appear to show that some philosophical intuitions are culturally variable. Many experimental philosophers take this to pose a problem for a more traditional, ‘armchair’ style of philosophizing. It is argued that this is a mistake that derives from a false assumption about the character of philosophical methods; neither philosophy nor its methods have anything to fear from cultural variability in philosophical intuitions.

A bold and all-embracing exploration of the nature and progress of knowledge from one of today's great thinkers. Throughout history, mankind has struggled to understand life's mysteries, from the mundane to the seemingly miraculous. In this important new book, David Deutsch, an award-winning pioneer in the field of quantum computation, argues that explanations have a fundamental place in the universe. They have unlimited scope and power to cause change, and the quest to improve them is the basic regulating principle not (...) only of science but of all successful human endeavor. This stream of ever improving explanations has infinite reach, according to Deutsch: we are subject only to the laws of physics, and they impose no upper boundary to what we can eventually understand, control, and achieve. In his previous book, The Fabric of Reality, Deutsch describe the four deepest strands of existing knowledge-the theories of evolution, quantum physics, knowledge, and computation-arguing jointly they reveal a unified fabric of reality. In this new book, he applies that worldview to a wide range of issues and unsolved problems, from creativity and free will to the origin and future of the human species. Filled with startling new conclusions about human choice, optimism, scientific explanation, and the evolution of culture, The Beginning of Infinity is a groundbreaking book that will become a classic of its kind. (shrink)

Steffen Koch raises several objections to my critique of conceptual engineering. Here, I reply to these objections, arguing that Koch fails to adequately defend the “standard rationale” for conceptual engineering, and that the dilemma I have posed for “conceptual re-engineering”, a dilemma that presents this practice as either infeasible or else trivial, survives Koch’s objections unscathed. I conclude that conceptual engineering, both in terms of its conception and rationale, remains problematic.

"A leading scientist interweaves evolution, theoretical physics, and computer science to offer a new understanding of reality"--Cover.

Annotation. "This trim publication satisfies a much-felt need among teachers of Indian philosophy, who badly want introductions to the several systems of classical Indian thought such as Professor Deutsch provides."--Journal of Asian Studies.

The article highlights the practical realization of synergies, to improve social infrastructure in rural areas. The paper analyzes trends and positive consequences of the involvement of community organizations to improve rural infrastructure component elements. The research emphasizes that the financial and labor cooperation and the bulk of local authorities is the positive step towards improving social infrastructure in rural areas under the shortage of budgetary funds.

“Doing Gender,” West and Zimmerman's landmark article, highlighted the importance of social interaction, thus revealing the weaknesses of socialization and structural approaches. However, despite its revolutionary potential for illuminating how to dismantle the gender system, doing gender has become a theory of gender persistence and the inevitability of inequality. In this article, the author argues that we need to reframe the questions to ask how we can undo gender. Research should focus on when and how social interactions become less gendered, (...) whether gender can be irrelevant in interaction, whether gendered interactions always underwrite inequality, how the institutional and interactional levels work together to produce change, and interaction as the site of change. (shrink)

“Conceptual analysis” is a misnomer—it refers, but it does not refer to a method or practice that involves the analysis of concepts. Once this is recognized, many of the main arguments for skepticism about conceptual analysis can be answered, since many of these arguments falsely assume that conceptual analyses target concepts. The present paper defends conceptual analysis from skepticism about its viability and, positively, presents an argument for viewing conceptual analyses as targeting philosophical phenomena, not our concepts of these phenomena.

Constructor theory seeks to express all fundamental scientific theories in terms of a dichotomy between possible and impossible physical transformations–those that can be caused to happen and those that cannot. This is a departure from the prevailing conception of fundamental physics which is to predict what will happen from initial conditions and laws of motion. Several converging motivations for expecting constructor theory to be a fundamental branch of physics are discussed. Some principles of the theory are suggested and its potential (...) for solving various problems and achieving various unifications is explored. These include providing a theory of information underlying classical and quantum information; generalising the theory of computation to include all physical transformations; unifying formal statements of conservation laws with the stronger operational ones (such as the ruling-out of perpetual motion machines); expressing the principles of testability and of the computability of nature (currently deemed methodological and metaphysical respectively) as laws of physics; allowing exact statements of emergent laws (such as the second law of thermodynamics); and expressing certain apparently anthropocentric attributes such as knowledge in physical terms. (shrink)

Solutions to Russell’s paradox of propositions and to Kaplan’s paradox are proposed based on an extension of von Neumann’s method of avoiding paradox. It is shown that Russell’s ‘anti-Cantorian’ mappings can be preserved using this method, but Kaplan’s mapping cannot. In addition, several versions of the Epimenides paradox are discussed in light of von Neumann’s method.

This article argues that the “_qua_ problem” for purely causal theories of reference grounding is an illusion. Reference _can_ be grounded via description and fit, but purely causal reference grounding is possible too. In fact, “arguments from ignorance and error” suggest that many of our terms have had their reference grounded purely causally. If the _qua_ problem is illusory, then there is no need to adopt a “hybrid” theory of reference grounding of the kind recently recommended by Amie Thomasson (Ontology (...) made easy, Oxford University Press, Oxford, 2015) and Ron Mallon (The construction of human kinds, Oxford University Press, Oxford, 2016). This opens the door to a “discovery model” of philosophical knowledge, a model we could then choose to accept. (shrink)

§1. Mathematics and the physical world. Genuine scientific knowledge cannot be certain, nor can it be justified a priori. Instead, it must be conjectured, and then tested by experiment, and this requires it to be expressed in a language appropriate for making precise, empirically testable predictions. That language is mathematics.This in turn constitutes a statement about what the physical world must be like if science, thus conceived, is to be possible. As Galileo put it, “the universe is written in the (...) language of mathematics”. Galileo's introduction of mathematically formulated, testable theories into physics marked the transition from the Aristotelian conception of physics, resting on supposedly necessary a priori principles, to its modern status as a theoretical, conjectural and empirical science. Instead of seeking an infallible universal mathematical design, Galilean science usesmathematics to express quantitative descriptions of an objective physical reality. Thus mathematics became the language in which we express our knowledge of the physical world — a language that is not only extraordinarily powerful and precise, but also effective in practice. Eugene Wigner referred to “the unreasonable effectiveness of mathematics in the physical sciences”. But is this effectiveness really unreasonable or miraculous?Numbers, sets, groups and algebras have an autonomous reality quite independent of what the laws of physics decree, and the properties of these mathematical structures can be just as objective as Plato believed they were. (shrink)

Review of Avner Baz's book on the methodology of philosophy.

Philosophers, novelists, and intercultural comparisons : Heidegger, Kundera, and Dickens /​ Richard Rorty Lifeworlds, modernity, and philosophical praxis : race, ethnicity, and critical social theory /​ Lucius Outlaw Modern China and the postmodern West /​ David L. Hall From Marxism to post-Marxism /​ Svetozar Stojanović Incommensurability and otherness revisited /​ Richard J. Bernstein Incommensurability, truth, and the conversation between Confucians and Aritotelians about the virtues /​ Alasdair MacIntyre The commensurability of Indian epistemological theories /​ Karl H. Potter Pluralism, relativism, and (...) interaction between cultures /​ Bimal K. Matilal The problem of relativism /​ Jiang Tianji. Between relativism and fundamentalism : hermeneutics as Europe’s mainstream political and moral tradition /​ Ferenc Feher Conceptual schemes and linguistic relativism in relation to Chinese /​ A.C. Graham The origins of the question : four traditional Japanese philosophies of language /​ Thomas P. Kasulis Meaning as imaging : Prolegomena to a Confucian epistemelogy /​ Roger T. Ames On the dual nature of traditional Chinese thought and its modernization /​ Li Zhilin A planetary macroethics for humankind : the need, the apparent difficulty, and the eventual possibility /​ Karl-Otto Apel Reasonable challenges and preconditions of adjudication /​ Antonio S. Cua The French Revolution and the Holocaust : can ethics be ahistorical? /​ Hilary Putnam Tradition and moral progress /​ Joel J. Kupperman The shape of artistic pasts, East and West /​ Arthur C. Danto. Surrealistic distortion of landscape and the reason of the milieu /​ Megumi Sakabe Why art changes /​ Richard Wollheim The transcendental in a comparative context /​ Frederick J. Streng Reflections on religious pluralism in the Indian context /​ Margaret Chatterjee Three enduring achievements of Islamic philosophy /​ Lenn E. Goodman Two dimensions of religion : reflections based on Indian spiritual experience and philosophical traditions /​ G.C. Pande Between nationalism and nomadism : wondering about the languages of philosophy /​ Graham Parkes The discourse of cultural authenticity : Islamist revivalism and enlightenment universalism /​ Aziz Al-Azmeh Traditional political values and ideas : an examination of their relevance to developments in contemporary African political order /​ Kwame Gyekye On the interpretation of traditional cultures /​ Maria L. Herrera. The concept of progress and cultural identity /​ Roop Rekha Verma Moses, Hsüan-tsang, and history /​ Agnes Heller Secularism : sacred and profane /​ Daya Krishna Scientific progress and content loss /​ Larry Laudan A dialectical view of scientific rationality and progress /​ Marcello Pera Scientific progress reconsidered /​ Ilkka Niiniluoto Does progress in science lead to truth? /​ Lorenz Krüger. (shrink)

I argue in this paper that the existence of sorites series of color patches – series of color patches arranged so that the patches on each end look different in color though no two adjacent patches do – shows that the relation of same phenomenal charac­ter as is not a transitive relation. I then argue that the intransitivity of same phenomenal character as conflicts with certain versions of intentionalism, the view that an experiences phenomenal character is exhausted, or fully determined (...) by its intentional content. Lastly, I consider various objections to the arguments and reply to them. (shrink)

The subsystem S of Parry's AI [10] (obtained by omitting modus ponens for the material conditional) is axiomatized and shown to be strongly complete for a class of three valued Kripke style models. It is proved that S is weakly complete for the class of consistent models, and therefore that Ackermann's rule is admissible in S. It also happens that S is decidable and contains the Lewis system S4 on translation — though these results are not presented here. S is (...) arguably the most relevant relevant logic known at this time to be decidable. (shrink)

Of John Wheeler’s ‘Really Big Questions’, the one on which the most progress has been made is It From Bit? – does information play a significant role at the foundations of physics? It is perhaps less ambitious than some of the other Questions, such as How Come Existence?, because it does not necessarily require a metaphysical answer. And unlike, say, Why The Quantum?, it does not require the discovery of new laws of nature: there was room for hope that it (...) might be answered through a better understanding of the laws as we currently know them, particularly those of quantum physics. And this is what has happened: the better understanding is the quantum theory of information and computation. (shrink)