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Awry and technological adventure in which a tenacious enemy is using an ingenious battle-bot named Ironhand to steal top-secret information and use it to destroy CURE. Remo and Chiun must outwit this machine that is nastier and more dangerous than any other – and one capable of short-circuiting CURE beyond repair. Breathlessly action-packed and boasting a winning combination of thrills, humour and mysticism, the Destroyer is one of the bestselling series of all time.
Bestselling author Michael Shermer delves into the unknown, from heretical ideas about the boundaries of the universe to Star Trek's lessons about chance and time A scientist pretends to be a psychic for a day-and fools everyone. An athlete discovers that good-luck rituals and getting into "the zone" may, or may not, improve his performance. A historian decides to analyze the data to see who was truly responsible for the Bounty mutiny. A son explores the possiblities of alternative and experimental medicine for his cancer-ravaged mother. And a skeptic realizes that it is time to turn the skeptical lens onto science itself. In each of the fourteen essays in Science Friction, psychologist and science historian Michael Shermer explores the very personal barriers and biases that plague and propel science, especially when scientists push against the unknown. What do we know and what do we not know? How does science respond to controversy, attack, and uncertainty? When does theory become accepted fact? As always, Shermer delivers a thought-provoking, fascinating, and entertaining view of life in the scientific age.
This book both introduces the philosophy of science through examination of the occult and examines the occult rigorously enough to raise central issues in the philosophy of science. Placed in the context of the occult, philosophy of science issues become immediately understandable and forcefully compelling. Divergent views on astrology, parapsychology, and quantum mechanics mysticism emphasize topics standard to the philosophy of science. Such issues as confirmation and selection for testing, causality and time, explanation and the nature of scientific laws, the status of theoretical entities, the problem of demarcation, theory and observation, and science and values are discussed. Significantly revised, this second edition presents an entirely new section of quantum mechanics and mysticism including instructions from N. David Mermin for constructing a device which dramatically illustrates the genuinely puzzling phenomena of quantum mechanics. A more complete and current review of research on astrology has been included in this new edition, and the section on the problem of demarcation has been broadened.
Physicist James Trefil examines the challenges and questions the physical sciences will likely confront and tackle in the future.
Issues relating to values have always had a place in the school science curriculum. Sometimes this has been only in terms of the inclusion of topics such as 'the nature of science' and/or 'scientific method' and/or particular intentions for laboratory work that relate to 'scientific method.'sometimes it has been much broader, for example in curricula with STS emphases. Of importance to aspects of this proposal is that different countries/cultures have had different traditions in terms of the place of values in the school [science] curriculum. One obvious very broad difference of this form is the central place in [science] education thinking in many European countries of bildung, and the complete absence of this construct from most [science] curriculum thinking in English speaking contexts. There are numbers of such country/cultural differences. In the 1990s many countries moved towards various conceptualizations of Outcomes Based Education - OBE (sometimes so labelled and sometimes not). It was usual (but not universal) for OBE focused science curricula to have constrained views of the values that should be implicit and explicit in curriculum; that is views concerned only with 'the nature of science' and 'scientific method' (both usually seen as quite unproblematic). Currently there are a number of education systems that are changing again, and choosing to move away from Outcomes Based Education (for example, South Africa and several Australian states). One of the most interesting features of many of these movements is the re-embracing of a wider view of the science curriculum, including a reconsideration of the nature and place of the values associated with science in the purposes for and approaches to science education.