We who live at the end of the twentieth century are better informed — and more quickly informed — than any people in history. So why do we also seem more confused, divided and foolish than ever before? Some pundits criticize the news media for political bias. Other analysts worry that up-to-the-minute news reports on radio and television oversimplify complex realities. Still more critics point out that today’s reporters can’t possibly be experts on the wide variety of subjects they cover. Historian C. John Sommerville thinks the problem with news is more basic. Focusing his critique on the news at its best, he concludes that even at its best it is beyond repair. Sommerville argues that news began to make us dumber when we insisted on having it daily. Now millions of column inches and airtime hours must be filled with information — every day, every hour, every minute. The news, Sommerville says, becomes the driving force for much of our public culture. News schedules turn politics into a perpetual campaign. News packaging influences the timing, content and perception of government initiatives. News frenzies make a superstition out of scientific and medical research. News polls and statistics create opinion as much as they gauge it. Lost in the tidal wave of information is our ability to discern truly significant news–and our ability to recognize and participate in true community. This eye-opening book is for everyone dissatisfied with the state of the news media, but especially for those who think the news really informs them about and connects them with the real world. Read it and you may never again know the tyranny of the daily newspaper or the nightly news broadcast.
Recently, new life has been breathed into the ancient philosophical topic of skepticism. The subject of some of the best and most provocative work in contemporary philosophy, skepticism has been addressed not only by top epistemologists but also by several of the world’s finest philosophers who are most known for their work in other areas of the discipline. Skepticism: A Contemporary Reader brings together the most important recent contributions to the discussion of skepticism. Covering major approaches to the skeptical problem, it features essays by Anthony Brueckner, Keith DeRose, Fred Dretske, Graeme Forbes, Christopher Hill, David Lewis, Thomas Nagel, Robert Nozick, Hilary Putnam, Ernest Sosa, Gail Stine, Barry Stroud, Peter Unger, and Ted Warfield. The book opens with a thorough introduction that outlines the skeptical problem, explains the dominant responses to skepticism, and discusses the strengths, weaknesses, and unresolved issues of each response, providing undergraduate students and nonphilosophers with the background and context necessary to understand the essays. Skepticism: A Contemporary Reader serves as an ideal text for courses in epistemology and skepticism and will also appeal to professional philosophers and interested general readers.
This exciting collection of papers is an international, ecumenical, and interdisciplinary study of Jesus’ resurrection that emerged from the “Resurrection Summit” meeting held in New York at Easter of 1996. The contributions represent mainstream scholarship on biblical studies, fundamental theology, systematic theology, philosophy, moral theology, and homiletics. Contributors represent a wide range of viewpoints and denominations and include Richard Swinburne, Janet Martin Soskice, Peter F. Carnley, Sarah Coakley, Willian Lane Craig, William P. Alston, M. Shawn Copeland, Paul Rhodes Eddy, Francis Schussler Fiorenza, Brian V. Johnstone, Carey C. Newman, Alan G. Padgett, Pheme Perkins, Alan F. Segal, Marguerite Shuster, and John Wilkins. Combined, they offer a timely, wide ranging, and well balanced work on the central truth of Christianity. ~ Product Description
It seems to me that modern man, with our touchingly naive belief in reason and science and our delusion that we can understand existence, has lost sight of how miraculous existence truly is. Science, with button-bursting pride, offers us explanations for the history of the universe, but has not even begun to dream of what might have preceded the Big Bang. Science assures us that we are not unique, that there must be myriad planets with intelligent life on them, intelligence that is similar or even superior to ours, but can not answer the Fermi Paradox: “where are they?” Science assures us that Darwinism explains away the rise of humans and that had this or that element of evolution been just slightly different, we may never have existed, and that there must be other planets where life is quite different. And yet, with all of these scientific explanations, the fact remains that to the best of our knowledge: we exist; alone among the creatures of creation, we can comprehend our existence; and our creation seems to have been a goal of the universe. I know, I know, that’s far too anthropomorphic, yadda, yadda, yadda… Well, there’s an old saying down South, maybe it’s even popular down near where Mr. Price lives and teaches: if you see a turtle sitting on a fence post, it’s safe to assume he didn’t get there by himself. You can, of course, concoct all kinds of theories, maybe even prove some of them scientifically, that’ll show that the turtle got there naturally, but, as for me, I’d tend to assume that someone placed him there. As you look around the universe, we damn sure seem to resemble that turtle.
But who, in that case, can be watching this pixilated show? The answer is straightforward: no one. There is no distinct "self" in there, beyond the brain as a whole. On the other hand, almost every part of the brain is being "watched" by some other part of the brain, often by several other parts at once.
Your brain is far too complex and mercurial for its behavior to be predicted in any but the broadest outlines or for any but the shortest distances in the future. Faced with the extraordinary dynamical features of a functioning brain, no device constructible in this universe could ever predict your behavior, or your thoughts, with anything more than merely statistical success. ¶ So one need not fear being reduced to a clanking robot or an empty machine. Quite to the contrary, we are now in a position to explain how our vivid sensory experience arises in the sensory cortex of our brains: how the smell of baking bread, the sound of an oboe, the taste of a peach, and the color of a sunrise are embodied in a vast chorus of neural activity. We now have the resources to explain how the motor cortex, the cerebellum, and the spinal cord conduct an orchestra of muscles to perform the cheetah’s dash, the falcon’s strike, or the ballerina’s dying swan. … On this matter of conceptual development there is especial cause for wonder. For the human brain, with a volume of roughly a quart, encompasses a space of conceptual and cognitive possibilities that is larger, by one measure at least, than the entire astronomical universe. It has this striking feature because it exploits the combinatorics of its 100 billion neurons and their 100 trillion synaptic connections with each other.
Despite the occasional references to natural law and science both here and in the final chapter which might suggest otherwise, I intend my use of “natural” to entail (1) no commitments to a physicalistic ontology; (2) no valorization of the specific methods, vocabularies, presuppositions, or conclusions peculiar to natural science; (3) no view about the reducibility of the mental to the physical; (4) no position on the ontological status of logic or mathematics; and (5) no denial of the possibility of moral knowledge. Beliefs, values, and logical truths, for example, count as natural and folk psychological explanations, therefore, are natural explanations. The concept of the natural, in the sense I use it, has virtually no content except as the definitional correlative to the supernatural, taken here as a transcendent order of reality (and causation) distinct from the mundane order presupposed alike by the natural scientist and the rest of us in our quotidian affairs.
You came to this book assuming that the basic units of human cognition are states such as thoughts, beliefs, perceptions, desires, and preferences. That assumption is natural enough: it is built into the vocabulary of every natural language. And each state is typically identified by way of a specific sentence in one’s natural language: one has the belief that P, or the desire that Q, for example, where P and Q are sentences. Human cognition is thus commonsensically portrayed as a dance of sentential or propositional states, with the basic unit of computation being the inference from several such states to some further sentential state. ¶ These assumptions are central elements in our standard conception of human cognitive activity, a conception often called “folk psychology” to acknowledge it as the common property of folks generally. Their universality notwithstanding, these bedrock assumptions are probably mistaken.
We can never assert that, in principle, an event resists naturalistic explanation. A perfectly substantiated, anomalous event, rather than providing evidence for the supernatural, merely calls into question our understanding of particular natural laws. In the modern era, this position fairly accurately represents the educated response to novelty. Rather than invoke the supernatural, we can always adjust our knowledge of the natural in extreme cases. In the modern age in actual inquiry, we never reach the point where we throw up our hands and appeal to divine intervention to explain a localized event like an extraordinary experience.
Originally published in 1979, The Darwinian Revolution was the first comprehensive and readable synthesis of the history of evolutionary thought. Though the years since have seen an enormous flowering of research on Darwin and other nineteenth-century scientists concerned with evolution, as well as the larger social and cultural responses to their work, The Darwinian Revolution remains remarkably current and stimulating. For this edition Michael Ruse has written a new afterword that takes into account the research published since his book’s first appearance. "It is difficult to believe that yet another book on Darwin and the Darwinian Revolution could add anything new or contain any surprises. Ruse’s book is an exception on all counts. Darwin scholars and the general reader alike can learn from it." ~ David L. Hull, Nature