Essays on Gilbert, Bacon, Galileo, Kepler, Harvey, van Helmont, and Descartes attempt, at a medium level of complexity, to relate the positions of these men to twentieth century views of the same questions. The stated purpose of the book is the assessment of the role of each man in the "methodological revolution"; although the methods are discussed, little attempt is made to put them into the context necessary for the reader to view them as revolutionary.—J. M. B.

This book is of little interest except to those tracing back the neo-scholastic sources of such figures as Maréchal, Coreth, Rahner, et al. The introductory essay by G. Isaye, supposedly designed to give a summary description of Scheurer's method, is a masterpiece of obscure writing even for those acquainted with neoscholastic jargon. The rest of the volume consists of twelve very desultory essays by Scheurer. In these essays Scheurer struggles to pour the philosophy of the ego à la Kant and (...) his successors into scholastic molds. This synthesis is done in the name of the transcendental method, but what results is historically dubious and philosophically tortured. Though ambiguities abound, Scheurer was ahead of most of his scholastic contemporaries in that he tried to come to grips with Kant and to see in Kant someone more than the malin genie of modern philosophy. Unfortunately, the editor does not date Scheurer's essays and one, therefore, cannot determine whether Scheurer first influenced Maréchal or vice-versa--D. J. M. B. (shrink)

The subtitle of this essay can be misleading; the author devotes only one preliminary chapter and a brief part of another chapter to discussing issues of scientific language and method. The book is primarily an essay in the philosophy of mind. Rosenblueth is a well-known neurophysiologist who has considerable background in the philosophy of science. His purpose is to articulate a general philosophical position that is consistent with the results of science as well as with the attitudes and activities of (...) experimental scientists; and to develop from this basis an answer to the question of how mind and brain are related. He spends four chapters summarizing the biological and neurophysiological research that shows the nature of the correlation between mental and neurophysiological events. He concludes from this that our knowledge of the material world is limited to those structures that can be coded by the afferent fibers. He then articulates four unprovable "postulates" which scientists must assume. One of these is a probabilistic statement of causal determinism. This postulate is the basis for his rejecting the idea that the mind can causally influence the brain through volitions. Moreover, he argues for the converse statement as well; the brain cannot cause conscious events since the latter are mental and not material. But this denial of causal interaction does not lead Rosenblueth to conclude that mind/body dualism must be rejected. He considers and rejects the monist views of Feigl, Russell and Eddington, and thus comes up with a dualist view that denies causal interaction. Although the scientific material cited by Rosenblueth is up to date, he does not consider the current philosophical discussions on the mind/body problem.--J. M. B. (shrink)

This book attempts to prepare the non-philosopher for the study of contemporary philosophical works. After a discussion of the course of science after Copernicus, Mr. Prosch turns to an exposition of, first, the metaphysical and epistemological positions of the British empiricists and Kant and, second, the ethical and political positions of Hobbes, Locke, Hume, Adam Smith, Kant, Rousseau, and Hegel. His discussion of Marxism, pragmatism, analytical philosophy and existentialism is written from a neutral position. The book may be too technical (...) to serve its purpose, but it is a well-organized and clear attempt.—J. M. B. (shrink)

This book's purpose is the exposition of the inability of natural science to disprove the existence of God. Clark argues that the acceptance of a mechanistic world view based on Newtonian science makes, unjustifiably, a philosophy of science in which science forgets the many idealizations built into its laws' mathematical formulations. The philosophy of science Mr. Clark espouses is Percy Bridgman's operationalism, i.e., the reduction of the meaning of a concept to the operations used to measure it. The separation of (...) the physical world from what the scientist says about it leads Clark to deny that science is cognitive. It is, rather, a way of increasing nature's utility. As such, it may not be used to support any ethical position whatever.—J. M. B. (shrink)

In a series of essays, Miss Rand expounds her "Objectivist Ethics." Man will discover, if he is sufficiently rational, those goals and values which are peculiar to him alone, i.e., those which will enable him to survive, and which require complex thought processes. The result of this search is that the moral man is he who achieves his maximum happiness; relationships, whether economic or emotional, are to be based on trade, and no interests conflict if they are viewed in a (...) properly wide context. The essays are quite readable, although not so arresting as Miss Rand's novels; however, the ethics collapses when it is applied to a populous society whose environment is either agriculturally poor or highly mechanized. Given these conditions, if a man views his interest from the limited standpoint of Objectivism, there is a necessary conflict of interests.—J. M. B. (shrink)

"This book contains ideas to develop interdisciplinary and transdisciplinary views on economy and society. It aims to disseminate heterodox ideas on various subjects related to economics and global society. The book is organised in six parts. Part 1 contains the key lectures of Backhaus on the concept of state sciences and of Klamer on the importance of culture for economics. Parts 2- 6 contain successively contributions in the areas of economic paradigms and theories, population and society, corporate issues, environment, and (...) international relations. Examples of the content are: - the changes of family life cycles due to the rise of non-traditional households; - subjective and objective inflation rates after the introduction of the Euro; - the economics of genetic engineering; - the contribution of foreign direct investment to the economic development of host countries; - the inaccuracy of economic models applied in places characterized by extreme income disparities; - the improvement of political and corporate governance; - evolutionary thinking and emission trading; - freedom and order in the European Union; - the reform of social policy in Europe. The book provides interesting creative multi-disciplinary ideas with respect to various topical issues concerning the contemporary global society. It is highly recommended for economists and social scientists in search of broad views on social science and society.". (shrink)

We formulate and analyze the dynamics of an influenza pandemic model with vaccination and treatment using two preventive scenarios: increase and decrease in vaccine uptake. Due to the seasonality of the influenza pandemic, the dynamics is studied in a finite time interval. We focus primarily on controlling the disease with a possible minimal cost and side effects using control theory which is therefore applied via the Pontryagin’s maximum principle, and it is observed that full treatment effort should be given while (...) increasing vaccination at the onset of the outbreak. Next, sensitivity analysis and simulations (using the fourth order Runge-Kutta scheme) are carried out in order to determine the relative importance of different factors responsible for disease transmission and prevalence. The most sensitive parameter of the various reproductive numbers apart from the death rate is the inflow rate, while the proportion of new recruits and the vaccine efficacy are the most sensitive parameters for the endemic equilibrium point. (shrink)

Viewed in the light of the remarkable performance of ‘Watson’ - IBMs proprietary artificial intelligence computer system capable of answering questions posed in natural language - on the US general knowledge quiz show ‘Jeopardy’, we review two experiments on formal systems - one in the domain of quantum physics, the other involving a pictographic languaging game - whereby behaviour seemingly characteristic of domain understanding is generated by the mere mechanical application of simple rules. By re-examining both experiments in the context (...) of Searle’s Chinese Room Argument, we suggest their results merely endorse Searle’s core intuition: that ‘syntactical manipulation of symbols is not sufficient for semantics’. Although, pace Watson, some artificial intelligence practitioners have suggested that more complex, higher-level operations on formal symbols are required to instantiate understanding in computational systems, we show that even high-level calls to Google translate would not enable a computer qua ‘formal symbol processor’ to understand the language it processes. We thus conclude that even the most recent developments in ‘quantum linguistics’ will not enable computational systems to genuinely understand natural language. (shrink)

In a reflective and richly entertaining piece from 1979, Doug Hofstadter playfully imagined a conversation between ‘Achilles’ and an anthill (the eponymous ‘Aunt Hillary’), in which he famously explored many ideas and themes related to cognition and consciousness. For Hofstadter, the anthill is able to carry on a conversation because the ants that compose it play roughly the same role that neurons play in human languaging; unfortunately, Hofstadter’s work is notably short on detail suggesting how this magic might be achieved1. (...) Conversely in this paper - finally reifying Hofstadter’s imagination - we demonstrate how populations of simple ant-like creatures can be organised to solve complex problems; problems that involve the use of forward planning and strategy. Specifically we will demonstrate that populations of such creatures can be configured to play a strategically strong - though tactically weak - game of HeX (a complex strategic game).We subsequently demonstrate how tactical play can be improved by introducing a form of forward planning instantiated via multiple populations of agents; a technique that can be compared to the dynamics of interacting populations of social insects via the concept of meta-population. In this way although, pace Hofstadter, we do not establish that a meta-population of ants could actually hold a conversation with Achilles, we do successfully introduce Aunt Hillary to the complex, seductive charms of HeX. (shrink)

The Dutch policy objective of a fully sustainable livestock sector without mutilations by 2023 is not compatible with the routine practice of tail docking to minimize the risk of tail biting. To examine farmer attitudes towards docking, a telephone survey was conducted among 487 conventional and 33 organic Dutch pig farmers. “Biting” (of tails, ears, or limbs) was identified by the farmers as a main welfare problem in pig farming. About half of the farmers reported to have no tail biting (...) problems in their own herd. When farmers did report problems, they most often reported figures between 1 and 5 % of the animals. High incidences of tail biting were anticipated when trying to keep undocked pigs. Enrichment materials used in the conventional sector included mainly chains (52–63 % of the farms) and hanging rubber or plastic balls (22–30 %). Straw, sawdust, or wood shavings was hardly provided in conventional pig farming (2–3 %), in contrast to organic farming (88–100 % of farms). Conventional pig farmers feel a curly tail is not very important for sustainable pig farming. They consider enrichment to be less effective and tail docking to be less stressful for them and their piglets than their organic colleagues do. Pig farmers identified climate as a main risk factor for tail biting as opposed to enrichment. The objective of reducing routine tail docking requires solutions for dealing with tail biting problems at the farm level. In this process, transfer of scientific knowledge about enrichment materials and other measures to prevent and cure tail biting is critical, as is a change in farmer attitudes and awareness of the moral issues involved. (shrink)

The Dutch policy objective of a fully sustainable livestock sector without mutilations by 2023 is not compatible with the routine practice of tail docking to minimize the risk of tail biting. To examine farmer attitudes towards docking, a telephone survey was conducted among 487 conventional and 33 organic Dutch pig farmers. “Biting” (of tails, ears, or limbs) was identified by the farmers as a main welfare problem in pig farming. About half of the farmers reported to have no tail biting (...) problems in their own herd. When farmers did report problems, they most often reported figures between 1 and 5 % of the animals. High incidences of tail biting were anticipated when trying to keep undocked pigs. Enrichment materials used in the conventional sector included mainly chains (52–63 % of the farms) and hanging rubber or plastic balls (22–30 %). Straw, sawdust, or wood shavings was hardly provided in conventional pig farming (2–3 %), in contrast to organic farming (88–100 % of farms). Conventional pig farmers feel a curly tail is not very important for sustainable pig farming. They consider enrichment to be less effective and tail docking to be less stressful for them and their piglets than their organic colleagues do. Pig farmers identified climate as a main risk factor for tail biting as opposed to enrichment. The objective of reducing routine tail docking requires solutions for dealing with tail biting problems at the farm level. In this process, transfer of scientific knowledge about enrichment materials and other measures to prevent and cure tail biting is critical, as is a change in farmer attitudes and awareness of the moral issues involved. (shrink)