Andrew Gordon (Benedictine)
Encyclopedia
Andrew Gordon was a Scottish Benedictine
Benedictine
Benedictine refers to the spirituality and consecrated life in accordance with the Rule of St Benedict, written by Benedict of Nursia in the sixth century for the cenobitic communities he founded in central Italy. The most notable of these is Monte Cassino, the first monastery founded by Benedict...

 monk, physicist, and inventor. He made the first electric motor
Electric motor
An electric motor converts electrical energy into mechanical energy.Most electric motors operate through the interaction of magnetic fields and current-carrying conductors to generate force...

.

Life

Andrew Gordon was born as a son of an old Scottish aristocratic family in Cofforach (Scotland) and baptized in the name of George. At the age of 12 years he travelled to Regensburg, in order to attend the Benedictine Scottish Seminar under Jakob Regensburg. As a catholic Scot there was no possibility of getting entrance to higher offices in its homeland. In Regensburg he completed a 5-year general education course of study. Abbott Bernhard Baillie made it possible for Gordon to make education journeys to Austria, France and Italy, in particular to Rome. Gordon returned to Regensburg in 1732. On 24 February 1732 he enrolled as a Novice and received the name of Andreas. In the monastery he began with the study of scholastic philosophy under Gallus Leith, who in 1735 at the Erfurter university was appointed as a Professor for Philosophy. Gordon studied intensely with the Dominican Iselbrecher, where he took also his theological disputation. In the same year Andreas Gordon was entered to the priesthood, afterwards he completed law studies at the Beneditine University of Salzburg, where he studied law and theology. In 1737 he completed his study in philosophy and theology with “excellence” and passed the legal exam with honours. Subsequently, he became a Professor of Philosophy at the University of Erfurt.

Gordon soon acquired considerable reputation by his works on electricity, among which were his "Phaenomena electricitatis exposita" (1744); "Philosophia utilis et jucunda" (1745); "Physicae experimentalis elementa" (1751–52).

For the sulphur ball of von Guericke (1671) and the glass globe of Isaac Newton
Isaac Newton
Sir Isaac Newton PRS was an English physicist, mathematician, astronomer, natural philosopher, alchemist, and theologian, who has been "considered by many to be the greatest and most influential scientist who ever lived."...

 (some say Hauksbee
Hauksbee
Hauksbee may refer to:*Francis Hauksbee , 1666-1713.*Mrs. Hauksbee, a fictional character in many stories by Rudyard Kipling...

), Gordon substituted a glass cylinder which made an efficient frictional machine. Two other inventions in physics are noteworthy: the first is the light metallic star supported on a sharp pivot with the pointed ends bent at right angles to the rays and commonly called the electrical whirl, the second is the device known as the electric chimes. These inventions used to be described in textbooks of electricity; the name of Gordon was not always mentioned, though both inventions are fully described by him in his "Versuch einer Erklarung der Electricitat" (Erfurt 1745). Benjamin Franklin
Benjamin Franklin
Dr. Benjamin Franklin was one of the Founding Fathers of the United States. A noted polymath, Franklin was a leading author, printer, political theorist, politician, postmaster, scientist, musician, inventor, satirist, civic activist, statesman, and diplomat...

, who is usually credited with the latter invention, simply adopted the "German chimes" (described by Watson in his famous "Sequel", 1746) to serve as an electrical annunciator in connection with his experimental lightning rod
Lightning rod
A lightning rod or lightning conductor is a metal rod or conductor mounted on top of a building and electrically connected to the ground through a wire, to protect the building in the event of lightning...

 of 1752. The "whirl" was an electrostatic reaction motor, the earliest of its kind; while the second derives its theoretical importance as the first instance of the application of what came to be called electric convection.
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