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Leavitt's novel centers on the relationship between mathematicians G.H. Hardy (1877-1947) and Srinivasa Ramanujan (1887-1920). In January of 1913, Cambridge-based Hardy receives a nine-page letter filled with prime number theorems from S. Ramanujan, a young accounts clerk in Madras. Intrigued, Hardy consults his colleague and collaborator, J.E. Littlewood; the two soon decide Ramanujan is a mathematical genius and that he should emigrate to Cambridge to work with them. Hardy recruits the young, eager don, Eric Neville, and his wife, Alice, to travel to India and expedite Ramanujan's arrival; Alice's changing affections, WWI and Ramanujan's enigmatic ailments add obstacles. Meanwhile, Hardy, a reclusive scholar and closeted homosexual, narrates a second story line cast as a series of 1936 Harvard lectures, some of them imagined. Ramanujan comes to renown as the the Hindu calculator discussions of mathematics and bits of Cambridge's often risqué academic culture (including D.H. Lawrence's 1915 visit) add authenticity.… (more)
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Bravo to David Leavitt for doing a lot of research on Cambridge intellectuals in the period immediately before and during the First World War. Who would have thought you could write a 500 page novel
It was Hardy and his fellow mathematicians Littlewood and Neville who arranged for Ramanujan to come to Cambridge
This was an interesting book but I did tend to read it in sections with other reading between those sections. Cautiously recommended.
For me it expresses the upper class delusions during this period of
If you pick the book up, keep with it! Its worth it in the end
Hardy’s war with God, social convention, Ramanujan’s quirks, his mother’s illness, and his sister’s unfulfilled potential leave the impression of a hard-working rationalist nearly lacking in all human understanding. By contrast, Ramanujan remains a mystical, insecure, frail, and estranged exotic transplant, yet working just as much as Hardy as they collaborate (with Littlewood) in an attempt to solve the Reimann Hypothesis, which remains to this day the "Holy Grail" of modern mathematics and one of the seven Millennium Prize Problems.
If I wanted to learn more about the English I would watch PBS.
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