David Gregory (mathematician)

David Gregory (originally spelt Gregorie) FRS (3 June 1659[1] – 10 October 1708) was a Scottish mathematician and astronomer. He was professor of mathematics at the University of Edinburgh, and later Savilian Professor of Astronomy at the University of Oxford, and a proponent of Isaac Newton's Principia.

David Gregory
Born3 June 1659
Aberdeen, Scotland
Died10 October 1708(1708-10-10) (aged 49)
Maidenhead, Berkshire, England
NationalityScottish
Alma materMarischal College, University of Aberdeen
University of Leiden
Known forDevelopment of infinite series
Scientific career
FieldsMathematics
InstitutionsUniversity of Edinburgh
Balliol College, Oxford
Notable studentsJohn Keill
John Craig
InfluencesJames Gregory
Archibald Pitcairne
Isaac Newton
InfluencedColin Maclaurin
William Whiston
Notes
He is the nephew of James Gregory.

Biography
Astronomiae physicae et geometricae elementa, 1726

The fourth of the fifteen children of David Gregorie, a doctor from Kinnairdy, Banffshire, and Jean Walker of Orchiston, David was born in Upper Kirkgate, Aberdeen. The nephew of astronomer and mathematician James Gregory, David, like his influential uncle before him, studied at Aberdeen Grammar School and Marischal College (University of Aberdeen), from 1671 to 1675. The Gregorys were Jacobites and left Scotland to escape religious discrimination. Young David visited several countries on the continent, including the Netherlands (where he began studying medicine at Leiden University) and France, and did not return to Scotland until 1683.

On 28 November 1683, Gregory graduated M.A. at University of Edinburgh, and in October 1683 he became Chair of Mathematics at University of Edinburgh. He was "the first to openly teach the doctrines of the Principia, in a public seminary...in those days this was a daring innovation."[2]

Gregory decided to leave for England where, in 1691, he was elected Savilian Professor of Astronomy at the University of Oxford, due in large part to the influence of Isaac Newton. The same year he was elected to be a Fellow of the Royal Society. In 1692, he was elected a Fellow of Balliol College, Oxford.

Gregory spent several days with Isaac Newton in 1694, discussing revisions for a second edition of Newton's Principia. Gregory made notes of these discussions, but the second edition of 1713 was not due to Gregory.[3]

In 1695 he published Catoptricae et dioptricae sphaericae elementa which addressed chromatic aberration and the possibility of its correction with achromatic lens.

In 1705 Gregory became an Honorary Fellow of the Royal College of Physicians of Edinburgh. At the Union of 1707, he was given the responsibility of re-organising the Scottish Mint. He was an uncle of philosopher Thomas Reid.

Gregory and his wife, Elizabeth Oliphant, had nine children, but seven died while still children.

On his death in Maidenhead, Berkshire he was buried in Maidenhead churchyard.

Works
gollark: Developing for EEPROMs is somewhat annoying, yes.
gollark: Well, microcontrollers are... easier to move around, since you don't have to carry all the cards and EEPROMs and such.
gollark: It has all this useful debug output.
gollark: I've got a neat bare-metal EEPROM program to run NC fusion reactors.
gollark: They can actually access external stuff.

References
  1. P. D. Lawrence and A. G. Molland, "David Gregory’s inaugural lecture at Oxford", Notes and Records of the Royal Society of London, Vol. 25, No. 2 (Dec., 1970), pp.143-178, p. 144.
  2. David Gregory from Significant Scots at electricscotland.com.
  3. Westfall, Richard S. (1980). Never at Rest. Cambridge University Press. p. 506.
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