The End of Discovery: Are we approaching the boundaries of the knowable?

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OUP Oxford, Sep 23, 2010 - Science - 240 pages
3 Reviews
It is generally thought that science, by its very nature, must always progress. But this is not so. One day, fundamental science will come to an end. Not when we have discovered everything, but when we have discovered whatever is open to us to understand - which is not the same thing. Limitations as to what the human brain can comprehend, together with practical considerations to do with the need for ever more elaborate and expensive equipment, are likely to ensure that our knowledge will remain for ever incomplete. A further indication that the world will ultimately retain some of its mystery is suggested by evidence that in certain directions, scientific enquiry might already have come up against the boundaries of the knowable. Author and broadcaster Russell Stannard, himself a high-energy physicist and former Head of the Department of Physics and Astronomy at the Open University, introduces the general reader to the deepest questions facing us today - questions to do with consciousness, free will, the nature of space, time, and matter, the existence of extraterrestrial life, and why there should be a world at all. In doing so, he speculates as to whether some of these questions will never be answered.

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User Review  - BakuDreamer - LibraryThing

This would have been four stars, except that dispite having key vocabulary in bold type ... it dosen't have a goddam glossary ( ! ) Also, no ' further reading ' or bibliography. Should be titled ' edge ' not ' end ' Read full review

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User Review  - fpagan - LibraryThing

"Scientism" is not a thousandth as big a problem in this world as religionism, yet (physicist) Stannard says his book aims to oppose it; he also bears the taint of being a past awardee of the ... Read full review

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About the author (2010)

Russell Stannard is Emeritus Professor of Physics at the Open University where for 21 years he headed the Department of Physics and Astronomy. A high energy nuclear physicist, he has carried out research at CERN in Geneva and at other laboratories in USA and Europe. Among his awards he has the OBE, he received the Bragg Medal from the Institute of Physics, and has been made Fellow of University College London. In 1986 he was awarded the Templeton Project Trust Award for significant contributions to the field of spirtual values; in particular for contributions to greater understanding of science and religion. His triology of Uncle Albert books introduces children of 10+ to relativity and quantum theory and he wrote Relativity: A Very Short Introduction in 2008.

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