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From the beginnings of history, with gnomons and sundials, through to the twenty-first century and the 26-kilometre underground particle accelerator, the author describes the way that the design and production of scientific instruments has extended the frontiers of science. Man's desire to understand the universe has led to the making of more and more sophisticated instruments - first to record and measure (Arab numerals, standardised measures), to examine ever more minutely (the microscope, the lens, the prism), on through electromagnets, cathode tubes, thermometers, vacuum pumps, X-rays, counters and accelerators, semi-conductors and microprocessors, down to new instruments now being designed to observe matter at zero temperatures - presenting immense technological problems in the requirement for instruments that can operate in conditions where normal properties no longer hold. Accessible popular science Since Longitude general public curiosity in scientific instruments has continued to grow Vivid pen-portraits of past scientists and inventors… (altro)
Fascinating read for those interested in science and the people who do science. Readers with an elementary knowledge of mathematics and science would find it easier to follow, as the author resorts to technicalities often. Basically about science as it developed in Europe. No decent description about science as it developed in India and China or for that matter anywhere else. Hertz, Marconi and Rutherford are credited with radio transmission...what about JC Bose? Clearly, the author is obsessed with European, particularly, British luminaries. All said, still a good introduction to the leading lights of European physical sciences. ( )
Dati dalle informazioni generali inglesi.Modifica per tradurlo nella tua lingua.
Preface In writing this book I have had to make up for much lost time.
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Dati dalle informazioni generali inglesi.Modifica per tradurlo nella tua lingua.
Looking back at the turn of the twenty-first century, future historians of science may well see the discovery of the Higgs Boson, the final unravelling of the human genome and the dethronement of 'le grand K' as part of the same cosmic process.
From the beginnings of history, with gnomons and sundials, through to the twenty-first century and the 26-kilometre underground particle accelerator, the author describes the way that the design and production of scientific instruments has extended the frontiers of science. Man's desire to understand the universe has led to the making of more and more sophisticated instruments - first to record and measure (Arab numerals, standardised measures), to examine ever more minutely (the microscope, the lens, the prism), on through electromagnets, cathode tubes, thermometers, vacuum pumps, X-rays, counters and accelerators, semi-conductors and microprocessors, down to new instruments now being designed to observe matter at zero temperatures - presenting immense technological problems in the requirement for instruments that can operate in conditions where normal properties no longer hold. Accessible popular science Since Longitude general public curiosity in scientific instruments has continued to grow Vivid pen-portraits of past scientists and inventors
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