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Sir Norman Lockyer left Nature , the world's leading scientific journal, as his lasting memorial. But his life, and controversial theories, are an important part of science history. His ideas were at the forefront of public debate, and ranged from brilliant to perverse. This entertaining book is a fascinating insight into his eventful life
A pioneer in the fields of astrophysics and astro-archeology, J. Norman Lockyer believed that ancient Egyptian monuments were constructed "in strict relation to the stars." In this celebrated study, he explores the relationship between astronomy and architecture in the age of the pharaohs. Lockyer addresses one of the many points already extensively investigated by Egyptologists: the chronology of the kings of Egypt. All experts are in accord regarding the identity of the first monarch, but they cannot agree upon the dates of his reign within a thousand years. The author contends that by applying a knowledge of astronomy to the actual site orientation of the region's pyramids and temples, accurate dating can be achieved. In order to accomplish this, Lockyer had to determine the level of the ancient Egyptian ideas of astronomy. Some of his inferences have been invalidated by subsequent scholarship, but many of his other conclusions stand firm and continue to provide sensational leads into contemporary understanding of archaic astronomy.
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Some Nineteenth Century British Scientists presents the biographies of eight British scientists who represent the state of science in the second half of the Victorian era: Charles Wyville Thomson, James Murray, Arthur Cayley, Francis Galton, William Thomson, Lord Kelvin, Norman Lockyer, Sidney Gilchrist Thomas, and William Ramsay. This book is comprised of seven chapters and begins by focusing on the contributions and achievements of Charles Wyville Thomson in the fields of natural history, marine biology, and deep-sea exploration, especially his expedition aboard H.M.S. Challenger, and of James Murray in oceanography. Subsequent chapters discuss the works of Arthur Cayley (mathematics), Francis Galton (exploration, anthropology, and eugenics), and William Thomson, Lord Kelvin (mathematical physics). The achievements of Norman Lockyer (astrophysics), Sidney Gilchrist Thomas (inventor of the Thomas-Gilchrist process for eliminating phosphorus in the Bessemer converter), and William Ramsay (chemistry) are also considered. This monograph will be a useful resource for students and scientists alike.