Agricola, Georgius

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Agricola, Georgius

(jôr`jēə əgrĭk`ələ), Latinized from

Georg Bauer

(gā`ôrk bou`ər), 1494–1555, German physician and scientist, known as the father of mineralogy. He was a pioneer in physical geology and the first to classify minerals scientifically. His celebrated work De re metallica (1556) was a standard in metallurgy and mining for over a century and was translated into English (1912) by Herbert C. Hoover and Lou H. Hoover.

Agricola, Georgius

 

(latinized from Georg Bauer). Born Mar. 24, 1494; died Nov. 21, 1555. German scholar in the field of mining and metallurgy; a doctor by education.

From 1527 to 1531, Agricola lived in the city of Jachymov, Bohemia, a major center of mining and metallurgy industries, and from 1533 on he lived in Chemnitz, Saxony. Agricola was the first to generalize on the mining and metallurgy industries. He systematized them according to stages of processing: the discovery and prospecting of deposits or sites of useful minerals, the opening and developing of the deposit or site, the dressing of the ore, and finally assaying and metallurgical processing. Agricola’s writings on mineralogy describe 20 new minerals and set forth the methods for distinguishing them by their external characteristics. Agricola was one of the first to look into the question of the effect of working conditions on the health of the workers. He studied the medicinal qualities of metals and minerals.

Agricola’s major work was De re metallica, which was completed in 1550 and first published in Latin in 1556.

WORKS

De natura corum qual effluunt ex terra. Venice, 1553.
De peste. Basel, 1554.
In Russian translation:
O gornom dele i metallurgii. Moscow, 1962.

REFERENCES

Shukhardin, S. V. Georgii Agrikola. Moscow, 1955. (Contains a list of Agricola’s works and of literature about him.)
Georgius Agricola, 1494–1555. Berlin, 1955.
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Guard and security services on the campus of the University of Applied Sciences Georg Agricola and the student dormitory of the DMT-Gesellschaft mbH for teaching and education.
Williams characterizes Praetorius as a popularizer more than an innovator, and perhaps as a polyhistor, one who tackles numerous topics and cites numerous authors, including Athanasius Kircher, Conrad Gessner, Georg Agricola, and Paracelsus, among many others.
De re metallica" (1556), by Georg Agricola, which illustrates the origins of metallurgy; -- "The Sceptical Chymist" (1661), by Robert Boyle, a foundational work of modern chemistry; -- "Micrographia" (1665), by Robert Hooke, famed for its illustrations of the discoveries Hooke made using a microscope; -- "Principia Mathematica" (1687), by Sir Isaac Newton, the key text in the history of science; -- "Traite elementaire de chimie" (1789), by Antoine Lavoisier, which defined the language of chemistry; -- "New System of Chemical Philosophy" (1808), a pamphlet by John Dalton announcing the publication of his landmark book on chemical atomic theory; -- "Osnovy khimii" (Principles of Chemistry; 1869-1871), by Dmitri Mendeleev, the discoverer of the periodic table of the elements.
In coordination with the German Academic Exchange Service (DAAD), the University of Resources Freiberg, the RWTH Aachen University, the Technische UniversitEnt Darmstadt and the TFH Georg Agricola Bochum are all supporting the development of engineering degree courses.
For example, Ficino contended that all sublunar bodies are formed by spiritus and seminal reasons that come from the world soul; for Georg Agricola, the efficient cause of minerals was linked to a seminal power; Paracelsus connected seeds not only to natural bodies and the elements, but also to the word of God; according to Jean-Baptiste Van Helmont, seeds are the containers of the final causes of natural bodies.
De re metallica (1556), by Georg Agricola, which displays the origins of metallurgy; * The Sceptical Chymist (1661), by Robert Boyle, a foundational work of modern chemistry; * Micrographia (1665), by Robert Hooke, famed for its illustrations of the discoveries Hooke made using a microscope; * Principia Mathematica (1687), by Sir Isaac Newton, the key text in the history of science; * Traite elementaire de chimie (1789), by Antoine Lavoisier, which defined the language of chemistry; * "New System of Chemical Philosophy" (1808), a pamphlet by John Dalton announcing the publication of his landmark book on chemical atomic theory; * Osnovy khimii (Principles of Chemistry; 1869-1871), by Dmitri Mendeleev, the discoverer of the periodic table of the elements.