Person Moivre; Abraham de (1667 - 1754); French mathematician Moivre Abraham de French mathematician Abraham Moivre de Moivre 1667 - 1754 French Male Vitry-le-Francois, Champagne, France, Europe 26 May 1667 16670526 London, England, Europe 27 November 1754 17541127 Burial: St Martin-in-the-Fields, Westminster, London (1 December 1754)

Slaughter's Coffee House, St Martin's Lane, London (1718)

Mathematician Probability Mathematics Education: Christian Brothers' school [Pères de la Doctrine Chrétienne] 1672-7; Sedan 1678-1681; Saumur 1682-4; College d'Harcourt, Paris Career: A Huguenot, he was imprisoned after the Revocation of the Edict of Nantes (1685); naturalised British (1687, 1706); fled to London (1688); taught and lectured on mathematics; met with Halley and subsequently with Newton in 1692; his publication on Newton's doctrine of fluxions overseen by Halley and published in Philosophical Transactions (1695); friend of Isaac Newton (FRS 1672); in 1712 became a member of the set up by the Royal Society to support Newton's priority in the dispute between Newton and Leibnitz and was drawn into the ensuing quarrels which lasted until the 1720s. Having lost his sight and hearing, he died of somnolence. Memberships: Fellow of the Kurfuerstlich Brandenburgische Sozietaet der Wissenschaften (1735) Foreign Associate of the Academie Royale des Sciences (1754) Parents: Daniel Moivre, Surgeon, of Vitry and Anne Moivre Prominent mathematician and loyal Newtonian, known for his work in infinitesimal calculus and probability theory. De Moivre's early mathematical pursuits included a polynomial theorem and engagement in debates, notably with George Cheyne. His correspondence with Leibniz and Johann Bernoulli aimed at securing a continental professorship but waned after his involvement in the Newton-Leibniz priority dispute. Recognizing the competitive nature of analysis, de Moivre shifted focus to probability theory and games of chance, where he made lasting contributions. His work culminated in the central limit theorem, a highlight of his career, demonstrating his intuitive understanding of statistical concepts. He also developed tools like a 'new algebra' for probability problem-solving. In 1718, de Moivre published "Doctrine of Chances," addressing probability concepts and applications. His central limit theorem, presented in 1738, was considered a major achievement, demonstrating an early grasp of standard deviation. The theorem's foundation involved collaboration with Stirling and a competition that concluded in 1730. De Moivre's interest in societal matters led him to explore financial concepts, such as annuities and loans. His book "Annuities upon Lives" (1725) addressed these economic topics, showcasing his analytical prowess and influencing subsequent mathematicians like Lagrange and Laplace. Known for: De Moivre's formula (also known as de Moivre's theorem and de Moivre's identity), a formula that links complex numbers and trigonometry, and for his work on the normal distribution and probability theory. De Moivre's law: survival model applied in actuarial science, named for Abraham de Moivre.[1][2][3] It is a simple law of mortality based on a linear survival function. De Moivre's martingale: a sequence of random variables (i.e., a stochastic process) for which, at a particular time, the conditional expectation of the next value in the sequence is equal to the present value, regardless of all prior values. De Moivre–Laplace theorem: special case of the central limit theorem, states that the normal distribution may be used as an approximation to the binomial distribution under certain conditions. Fellow 30/11/1697 30 Sir John Hoskins Sources: Bulloch's Roll; DNB; DSB; Hunter; Shaw LD References: J A Lohne, 'Experimentum Crucis' in NR 1968 vol 23 pp 169-199 M Greenwood, 'The First Life Table' in NR 1938 vol 1 pp 70-72 For materials in the archive relating to the dispute with Newton; MM/6/86 - Letter from John Collins to ?John Walles of 14 February 1676 re Newton and Leibnitz disagreement over calculus; MM/17/14-18 - Moivre and Ingleby's researches into Newton/Leibniz calculus controversy MM/10/88 - Certain evidence affecting the moral character of Leibniz, said to be in th e archives of the Royal Society RBO/9/106 - Report of the Committee of teh Royal Society for 'inspecting new bookds and papers of the Royal Socieety on relation to the dispute between Mr Leibniz and Mr Keile' Moivre P0090.jpg ©The Royal Society International Standard Archival Authority Record for Corporate Bodies, Persons and Families - ISAAR(CPF) - Ottawa 1996 ISBN 0-9696035-3-3 National Council on Archives, Rules for the Construction of Personal, Place and Corporate Names, 1997 RCN 33091 RCN 36091 RCN 36092 RCN 36097 RCN 36098 RCN 36095 RCN 36094 RCN 36093 https://pictures.royalsociety.org/results?mi_search_type=adv&mi_adv_search=yes&adv_person_id=AUTH5925 https://pictures.royalsociety.org/image-rs-9548 26 May 1667 - 27 Nov 1754 The past Fellows entries are under continuous revision. If you have queries or additional information to contribute, please contact Library@royalsociety.org. Content in external sources is not controlled by the Royal Society and historical sources may include content that is now unacceptable. Reviewed on 13/12/2023 as part of the Name Authority Project update. NA6806 21/11/2001 Andyg Pmab 17/02/2026 RS_NET\VidaM Yes http://viaf.org/viaf/71525671 4b869fb8-1edf-4505-a483-fc31563f6f97