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When it comes to science, the evidence should rule the day. Roger I. Parker II puts myths revolving around physics to the test in the third edition of Myth Busting Physics. Get answers to questions such as: Is time a fourth dimension? Can quantum fluctuations in a vacuum exist? Do photons have mass? Is there anything outside the observable universe? Can anything be colder than absolute zero? Parker also examines why some physicists believe they can get something from nothing and how the Pauli Exclusion Principle provides a way to either prevent time travel or to make it very difficult. Other topics include the Casimir Effect, the large-scale structure of our universe, the relationship between thermal radiation (light) and the warping of space (gravity), why temperature fluctuations and not mass determine the fate of the universe, and our concept of the universe. Join the author as he takes a closer look at the universe to show what is true-and what we've gotten all wrong.
When it comes to science, the evidence should rule the day. Roger I. Parker II puts myths revolving around physics to the test in the third edition of Myth Busting Physics. Get answers to questions such as: Is time a fourth dimension? Can quantum fluctuations in a vacuum exist? Do photons have mass? Is there anything outside the observable universe? Can anything be colder than absolute zero? Parker also examines why some physicists believe they can get something from nothing and how the Pauli Exclusion Principle provides a way to either prevent time travel or to make it very difficult. Other topics include the Casimir Effect, the large-scale structure of our universe, the relationship between thermal radiation (light) and the warping of space (gravity), why temperature fluctuations and not mass determine the fate of the universe, and our concept of the universe. Join the author as he takes a closer look at the universe to show what is true—and what we’ve gotten all wrong.
"In science and law, it is evidence that should rule the day. In this spirit, I look at some of the myths of physics and put them to the test. Some of the myths that I look at are: 1) Time is the fourth dimension 2)Quantum fluctuations in a vacuum exist 3)Photons have no mass 4)There is nothing outside of our Observable Universe 5)Singularities exist 6)Nothing is colder than Absolute Zero.
Erroneous conclusions and gaps in modern physical theory are revealed. Perceived conflicts between classical and quantum are eliminated, partly as a result of a new theory of electric fields. The new theory explains relativistic mass increase and mass decrement in the nucleus, identifying a supplementary term needed in Einstein's famous equation E = mc2. The theory also provides a logical explanation of electron diffraction. The book challenges concepts of particle /wave duality, provides an alternate explanation of nuclear forces and proves that all verified predictions of special relativity theory are a sole result of Einstein's relativistic mass increase theory.
Professor Bondi discusses some of the myths that have grown up around various scientific theories and ideas, particularly special relativity and Mach's principle. His critical - and often light-hearted - approach to what are usually regarded as complicated ideas leaves the reader with the feeling that perhaps much of his subject is common sense after all. Professor Bondi's aim is to provoke thought, rather than to provide all the answers. He first discusses the limits of theory-making, the significance of depth and universality and the devising of effective tests for scientific theories. The relation of Einstein's theory to classical Newtonian mechanics is then considered, the author showing that relativity can be regarded simple as an extension of Newton's ideas on dynamics to the whole of physics. After deriving the equations of special relativity by the so-called k-calculus, he disposes rapidly of the 'clock paradox' and moves on to discuss general relativity, the significance of the result of Newman and Penrose concerning gravitational waves, the sources of gravitation and inertia, Mach's principles and the Hoyle-Narlikar relativity theory.
A Guardian “Favourite Reads—as Chosen by Scientists” Selection “Tackles some of science’s most enduring misconceptions.” —Discover A falling apple inspired Isaac Newton’s insight into the law of gravity—or did it really? Among the many myths debunked in this refreshingly irreverent book are the idea that alchemy was a superstitious pursuit, that Darwin put off publishing his theory of evolution for fear of public reprisal, and that Gregor Mendel was ahead of his time as a pioneer of genetics. More recent myths about particle physics and Einstein’s theory of relativity are discredited too, and a number of dubious generalizations, like the notion that science and religion are antithetical, or that science can neatly be distinguished from pseudoscience, go under the microscope of history. Newton’s Apple and Other Myths about Science brushes away popular fictions and refutes the widespread belief that science advances when individual geniuses experience “Eureka!” moments and suddenly grasp what those around them could never imagine. “Delightful...thought-provoking...Every reader should find something to surprise them.” —Jim Endersby, Science “Better than just countering the myths, the book explains when they arose and why they stuck.” —The Guardian
Examines sixteen standard myths about the nature of science, demonstrating that much of what passes for logical argumentation consists of the repetition of cliches and current folklore.
In this sweeping survey, acclaimed science writers Paul Davies and John Gribbin provide a complete overview of advances in the study of physics that have revolutionized modern science. From the weird world of quarks and the theory of relativity to the latest ideas about the birth of the cosmos, the authors find evidence for a massive paradigm shift. Developments in the studies of black holes, cosmic strings, solitons, and chaos theory challenge commonsense concepts of space, time, and matter, and demand a radically altered and more fully unified view of the universe.
In Science and Myth the author shows, in the first place, that science too has its mythology, unrecognized and unacknowledged though the fact be. These scientistic myths, however, turn out to constitute what he terms anti-myths: "a kind that would banish all others, and in so doing, undermine not only religion and morality, but indeed all culture in its higher modes." What invalidates the contemporary "scientific" world-view and renders it "mythical" in the pejorative sense, he goes on to contend, proves finally to be the underlying hypothesis that human perception terminates, not in an external object, but in a subjective phantasm. Not only does the author maintain cogently that visual perception, in particular, does penetrate to the external world, but basing himself on traditional sources-fromVedic to Biblical-he shows that sight as such opens in principle to a veritable gnosis: a "seeing of the Real."