Lady Ranelagh (e-bog) af Michelle DiMeo, DiMeo
Michelle DiMeo, DiMeo (forfatter)

Lady Ranelagh e-bog

436,85 DKK (inkl. moms 546,06 DKK)
For centuries, historians have speculated about the life of Katherine Jones, Lady Ranelagh. Dominant depictions show her either as a maternal figure to her younger brother Robert Boyle, one of the most significant scientists of his day, or as a patroness of the European correspondence network now known as the Hartlib circle-but neither portrait captures the depth of her intellect or the range o...
E-bog 436,85 DKK
Forfattere Michelle DiMeo, DiMeo (forfatter)
Udgivet 19 maj 2021
Længde 296 sider
Genrer BG
Sprog English
Format pdf
Beskyttelse LCP
ISBN 9780226731742
For centuries, historians have speculated about the life of Katherine Jones, Lady Ranelagh. Dominant depictions show her either as a maternal figure to her younger brother Robert Boyle, one of the most significant scientists of his day, or as a patroness of the European correspondence network now known as the Hartlib circle-but neither portrait captures the depth of her intellect or the range of her knowledge and influence. Philosophers, mathematicians, politicians, and religious authorities sought her opinion on everything from decimalizing the currency to producing Hebrew grammars. She practiced medicine alongside distinguished male physicians, treating some of the most elite patients in London. Her medical recipes, political commentaries, and testimony concerning the philosophers' stone gained international circulation. She was an important influence on Boyle and a formidable thinker in her own right. Drawing from a wealth of new archival sources, Michelle DiMeo fills out Lady Ranelagh's legacy in the context of a historically sensitive and nuanced interpretation of gender, science, and religion. The book re-creates the intellectual life of one of the most respected and influential women in seventeenth-century Europe, revealing how she managed to gain the admiration of diverse contemporaries, effect social change, and shape contemporary science.