Franciscans and the Elixir of Life (e-bog) af Matus, Zachary A.
Matus, Zachary A. (forfatter)

Franciscans and the Elixir of Life e-bog

656,09 DKK (inkl. moms 820,11 DKK)
One of the major ambitions of medieval alchemists was to discover the elixir of life, a sovereign remedy capable not only of healing the body but of transforming it. Given the widespread belief that care for the body came at the cost of care for the soul, it might seem surprising that any Franciscan would pursue the elixir, but those who did were among its most outspoken and optimistic advocate...
E-bog 656,09 DKK
Forfattere Matus, Zachary A. (forfatter)
Udgivet 27 april 2017
Længde 216 sider
Genrer History and Archaeology
Sprog English
Format epub
Beskyttelse LCP
ISBN 9780812294064
One of the major ambitions of medieval alchemists was to discover the elixir of life, a sovereign remedy capable not only of healing the body but of transforming it. Given the widespread belief that care for the body came at the cost of care for the soul, it might seem surprising that any Franciscan would pursue the elixir, but those who did were among its most outspoken and optimistic advocates. They believed they could distill a substance that would purify, transmute, and ennoble the human body as well as the soul. In an age when Christians across Europe were seeking material evidence for their faith and corporeal means of practicing their devotion, alchemy, and the elixir in particular, offered a way to bridge the terrestrial and the celestial.Framed as a history around science, Franciscans and the Elixir of Life focuses on alchemy as a material practice and investigates the Franciscan discourses and traditions that shaped the pursuit of the elixir, providing a rich examination of alchemy and religiosity. Zachary A. Matus makes new connections between alchemy, ritual life, apocalypticism, and the particular commitment of the Franciscan Order to the natural world, shedding new light on the question of why so many people claimed to have made, seen, or used alchemical compounds that could never have existed.