Everard Digby (scholar) facts for kids
Everard Digby (born c. 1550) was an English academic theologian, expelled as a Fellow of St John's College, Cambridge for reasons that were largely religious. He is known as the author of a 1587 book, written in Latin, that was the first work published in England on swimming; and also as a philosophical teacher, writer and controversialist. The swimming book, De Arte Natandi, was a practical treatise following a trend begun by the archery book Toxophilus of Roger Ascham, of Digby's own college.
According to Eugene D. Hill, in Digby's Theoria Analytica of 1579,
his intuition of many 'mysteries' in Aristotle's Posterior Analytics leads him to develop a theory which conflates technical logic with a vast mass of Neoplatonic and Cabalistic lore taken (not always with acknowledgement) from Ficino's translation of Plotinus and from the Cabalistic dialogues of Johannes Reuchlin.
Life
Born about 1550, he matriculated as a sizar of St John's College, Cambridge, 25 October 1567; was admitted a scholar 9 November 1570; proceeded B. A. 1570–1, M.A. 1574, and B.D. 1581; and became a Lady Margaret fellow on 12 March 1572–3, and senior fellow 10 July 1585. He was principal lecturer in 1584. Digby took part in the college performance of Thomas Legge's Richardus Tertius in 1580.
Before the end of 1587 he was deprived of his fellowship. In a letter to chancellor of the university Lord Burghley, William Whitaker, master of St John's College (4 April 1588), explained that this step had been rendered necessary by Digby's arrears with the college steward. He added that Digby had preached voluntary poverty, a 'popish position,' at St Mary's; had attacked Calvinists as schismatics; was in the habit of blowing a horn and hallooing in the college during the daytime, and repeatedly spoke of the master to the scholars with the greatest disrespect. Burghley and John Whitgift ordered Digby's restitution; but Whitaker stood firm, and with the support of the Earl of Leicester obtained confirmation of the expulsion.
