Status
Available
Call number
Collection
Publication
New York, Dover Publications
Description
This compact, well-written history covers major mathematical ideas and techniques from the ancient Near East to 20th-century computer theory, surveying the works of Archimedes, Pascal, Gauss, Hilbert, and many others. "The author's ability as a first-class historian as well as an able mathematician has enabled him to produce a work which is unquestionably one of the best." -- Nature.
User reviews
LibraryThing member paradoxosalpha
This volume delivers on its promise: an efficient, digestible history of mathematics up to (but excluding) the 20th century. The focus is unsurprisingly on the Western world. Although there are efforts (expanded in this 1967 revised edition) to take non-European mathematics into account in the
Since the book is rather short, it is prudently supported with a considerable bibliographic apparatus. A general bibliography constitutes the bulk of the introduction, and a more topical bibliography is appended to each of the eight chronological chapters. A full index of names helps make the volume useful for reference.
I have not had any formal study of mathematics since my undergraduate days, although I like to challenge myself periodically by reading math books that exceed my training. This one actually qualifies. Although it is primarily a history book, it constantly alludes to mathematical topics far in advance of what an accomplished college freshman calculus student is likely to have encountered. Even so, the book remained intelligible to me for the most part.
Author Struik goes some way toward offering ideas about how social and political circumstances impacted the development of mathematical ideas and techniques. He also remarks historical parallels in particular schools and periods of activity. The prose is fairly dry, but an effort is made to communicate the personalities of key mathematicians.
This read has sufficiently stoked my mathematical enthusiasm that I will be reading some actual math texts quite soon.
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sections on ancient and medieval periods, there is no recognition of any accomplishments outside of Europe in the modern era.Since the book is rather short, it is prudently supported with a considerable bibliographic apparatus. A general bibliography constitutes the bulk of the introduction, and a more topical bibliography is appended to each of the eight chronological chapters. A full index of names helps make the volume useful for reference.
I have not had any formal study of mathematics since my undergraduate days, although I like to challenge myself periodically by reading math books that exceed my training. This one actually qualifies. Although it is primarily a history book, it constantly alludes to mathematical topics far in advance of what an accomplished college freshman calculus student is likely to have encountered. Even so, the book remained intelligible to me for the most part.
Author Struik goes some way toward offering ideas about how social and political circumstances impacted the development of mathematical ideas and techniques. He also remarks historical parallels in particular schools and periods of activity. The prose is fairly dry, but an effort is made to communicate the personalities of key mathematicians.
This read has sufficiently stoked my mathematical enthusiasm that I will be reading some actual math texts quite soon.
Show Less
LibraryThing member bnielsen
Indeholder "Introduction", "The Beginnings", "The Ancient Orient", "Greece", "The Orient after the Decline of Greek Society", "The Beginnings in Western Europe", "The Seventeenth Century", "The Eighteenth Century", "The Nineteenth Century", "Index".
Illustreret med 49 portrætter og tekster. Dirk J.
Illustreret med 49 portrætter og tekster. Dirk J.
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Struik var professor i matematik på M.I.T. = Massachusetts Institute of Technology. Show Less
Subjects
Language
Original language
English
Physical description
xii, 228 p.; 22 cm
ISBN
9780486602554
Local notes
Fourth revised edition