This article is the text of an interview with D. H. Mellor conducted by Andrew Pyle and first published in the Spring 1993 issue of the philosophical journal Cogito.

[D. H. Mellor] Kant's claim that our knowledge of time is transcendental in his sense, while false of time itself, is true of tenses, i.e. of the locations of events and other temporal entities in McTaggart's A series. This fact can easily, and I think only, be explained by taking time itself to be real but tenseless. /// [J. R. Lucas] Mellor's argument from Kant fails. The difficulties in his first Antinomy are due to topological confusions, not the tensed nature (...) of time. Nor are McTaggart' s difficulties due to the tensed nature of time. The ego-centricity of tensed discourse is an essential feature of communication between selves, each of whom refers himself as 'I', and is required for talking about time as well as experience and agency. Arguments based on the Special Theory are misconceived. Some rest on a confused notion of 'topological simultaneity'. In the General Theory a cosmic time is defined, as also in quantum mechanics, where a natural present is defined by a unique hyperplane of collapse into eigen-ness. (shrink)

Everything we do relies on causation. We eat and drink because this causes us to stay alive. Courts tell us who causes crimes, criminology tell us what causes people to commit them. D.H. Mellor shows us that to understand the world and our lives we must understand causation. _The Facts of Causation_, now available in paperback, is essential reading for students and for anyone interested in reading one of the ground-breaking theories in metaphysics. We cannot understand the world and our (...) place in it without understanding causation. Yet a complete account of the nature and implications of causation does not exist. D.H Mellor's new book is that account. (shrink)

D. H. M. Brooks; III*—Dogs and Slaves: Genetics, Exploitation and Morality, Proceedings of the Aristotelian Society, Volume 88, Issue 1, 1 June 1988, Pages 31–6.

This selection of D. H. Mellor's work demonstrates the wide ranging originality of his work. It gathers together sixteen major papers on related topics. Together they form a complete modern metaphysics. The first five papers are on aspects of the mind: on our 'selves', their supposed subjectivity and how we refer to them, on the nature of conscious belief and on computational and physicalist theories of the mind. The next five papers deal with dispositions, natural kinds, laws of nature and (...) how they involve natural necessity, universals and objective chances, and the relation between properties and predicates. Then follow three papers about the relations between time, change and causation, the nature of individual causes and effects and of the causal relation between them, and how causation depends on chance. The last three papers discuss the relation between chance and degrees of belief, give a solution to the problem of induction, and argue for an objective interpretation of decision theory. (shrink)

This is a study of the nature of time. In it, redeploying an argument first presented by McTaggart, the author argues that although time itself is real, tense is not. He accounts for the appearance of the reality of tense - our sense of the passage of time, and the fact that our experience occurs in the present - by showing how time is indispensable as a condition of action. Time itself is further analysed, and Dr Mellor gives answers to (...) most of the metaphysical questions it provokes, concerning the relation of time to space, the dissection of time, and its relation to change and causation. (shrink)

The article is derived from the accompanying radio portrait. It was published in 1995 in Philosophy 70, 243-262, and is reproduced here by permission of the Editor. Page numbers after quotations from Ramsey refer to F. P. Ramsey: Philosophical Papers, edited by D. H. Mellor, Cambridge: Cambridge University Press, 1990.

This book deals not so much with statistical methods as with the central concept of chance, or statistical probability, which statistical theories apply to nature.

_Probability: A Philosophical Introduction_ introduces and explains the principal concepts and applications of probability. It is intended for philosophers and others who want to understand probability as we all apply it in our working and everyday lives. The book is not a course in mathematical probability, of which it uses only the simplest results, and avoids all needless technicality. The role of probability in modern theories of knowledge, inference, induction, causation, laws of nature, action and decision-making makes an understanding of (...) it especially important to philosophers and students of philosophy, to whom this book will be invaluable both as a textbook and a work of reference. In this book D. H. Mellor discusses the three basic kinds of probability – physical, epistemic, and subjective – and introduces and assesses the main theories and interpretations of them. The topics and concepts covered include: * chance * frequency * possibility * propensity * credence * confirmation * Bayesianism. _Probability: A Philosophical Introduction_ is essential reading for all philosophy students and others who encounter or need to apply ideas of probability. (shrink)

D. H. Mellor; VI*—Conscious Belief, Proceedings of the Aristotelian Society, Volume 78, Issue 1, 1 June 1978, Pages 87–102, https://doi.org/10.1093/aristotelian.

Thales believed that everything is water: A far from foolish thesis when you think That your best vintage claret, Indian ink, The knees of politicians, Pharaoh's daughter The brains of all the nincompoops who court her, The mouse, the tiger and the bobolink Are all, white-coated analysts report, a Good seventy-five per centum aqua pura . In any case, Creation's primal stuff, The mixture for the Eternal Cook's plum duff, Is likelier to be something that can cure a Thirst, or (...) the smell that emanates from barges, Than a barn dance of low electric charges. (shrink)

​Vielleicht nie zuvor war Toleranz so wichtig wie in der heutigen Welt, in der Menschen verschiedenster Kulturregionen und Religionsgemeinschaften zusammenkommen. Der Toleranzbegriff wird nach wie vor fast ausschließlich aus der Perspektive der europäisch-westlichen Traditionen dargestellt. Mit dem vorliegenden Band wird zum ersten Mal versucht, umfassend in die Weltgeschichte der Toleranz einzuführen. Über 30 Autoren aus verschiedenen Fachgebieten und Nationen haben ihre Forschungen zu Methoden und Themen der Toleranzfrage zusammengetragen. So ist sowohl ein einführendes und weitere Forschungen anregendes Kompendium als auch (...) ein Lehrbuch für Studierende der Sozial- und Kulturwissenschaften, der Philosophie, Theologie, Rechts- sowie Religionswissenschaft entstanden. (shrink)

We propose a class of new gauge field models in 2n dimensions, with n not less than4. These systems are unrelated to Yang-Mills, in the sense that their gauge-field Higgs descendants in lower dimensions do not include the Yang-Mills dynamics.

Australasian Journal of Philosophy, Volume 89, Issue 4, Page 747-749, December 2011.

My 1998: 78–81 contains an argument against tensed facts, like the fact that it’s raining now, which exist at some times like 1 January 2010 and not others. ‘Facts’ here means truthmakers, not facts in the trivial sense defined by the equivalence principle EP: For all P, P is a fact iff the proposition ‘P’ is true, in which no one can deny the existence of tensed facts. The argument, which I’ll call TA, may be summarized as follows, where a (...) B-theory of time is one that says there are not, and an A-theory one that says there are, tensed truthmakers. B- theory: Any tensed ‘P’ is made true at any time t by the tenseless fact P-at- t. So: ‘P’ has as many truthmakers as there are times. A-theory: ‘P’ is made true by the tensed fact P, which exists at some but not all t. So: ‘P’ has only one truthmaker, P. So: P makes all tokens of ‘P’ true now. So: P makes tokens of ‘P’ at times when P didn’t exist true now, which is absurd. TA: So: P only makes present tokens of ‘P’ true. So: tokens of ‘P’ at any time t are true iff P exists at t, i.e. ‘P’ is made true at any time t by the tenseless fact P-at- t. So: there are no tensed facts. Max Creswell and Adriane Rini have now produced a modal analogue of TA, which I’ll call MA, whose conclusion is that there are no contingent facts, like the fact that I live in Cambridge, and which may be summarized as follows: Modal realism: Any contingent ‘P’ is made true in any world …. (shrink)

We do not know whether there are other universes. Perhaps we never shall. But I want to argue that 'do other universes exist?' can be posed in a form that makes it a genuine scientific question. Moreover, I shall outline why it is an interesting question; and why, indeed, I already suspect that the answer may be 'yes'.