Beeley, Philip (Author)
Dedicated to the memory of Jacqueline Stedall - Of all the figures that populated England's illustrious scientific circles in the second half of the seventeenth century, John Collins is one of the most elusive. No ground-breaking discovery is associated with his name, no portrait takes him as its subject, and not so much as a gravestone survives to his memory. And yet he played a pivotal role in the development of the mathematical sciences, procuring publications from abroad, writing books and reviews, forging friendships with seminal thinkers such as Isaac Barrow, Isaac Newton, John Wallis, and James Gregory. Like no other in his time he sought to encourage the dissemination of mathematical knowledge among artisans, merchants, and seafarers and came to recognize the importance of training in mathematical disciplines. Wallis, Savilian professor of geometry in the University of Oxford, noted on one occasion that the progress of mathematical learning in England owed much to Collins's industry, while for others he was quite simply ‘the Mersenne of our nation’, a facilitator of scientific knowledge, who procured books from Amsterdam, Paris or Genoa, who selflessly communicated mathematical news to friends and scholars alike, and who devised book projects that would enable the publication of tracts by foreign or little known authors which otherwise would probably never have come into print.
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Book
Beeley, Philip;
Scriba, Christoph J.;
(2014)
The Correspondence of John Wallis, Volume IV, 1672-April 1675
(/isis/citation/CBB001552098/)
Article
Lützen, Jesper;
(2014)
Seventeenth Century Arguments for the Impossibility of the Indefinite and the Definite Circle Quadrature
(/isis/citation/CBB001550679/)
Book
Wallis, John;
Beeley, Philip;
Scriba, Christoph J.;
(2014)
The Correspondence of John Wallis. Volume IV, (1672-April 1675)
(/isis/citation/CBB001510022/)
Article
Carla Rita Palmerino;
(2020)
Galileo 'philosopher geometer' and his influence on Charleton, Barrow and Keill
(/isis/citation/CBB406064217/)
Thesis
Abram Kaplan;
(2018)
The Myth of Greek Algebra: Progress and Community in Early-Modern Mathematics
(/isis/citation/CBB202265617/)
Article
Guicciardini, Niccolò;
(2012)
John Wallis as Editor of Newton's Mathematical Work
(/isis/citation/CBB001220428/)
Book
Wardhaugh, Benjamin;
(2012)
The History of the History of Mathematics: Case Studies for the Seventeenth, Eighteenth, and Nineteenth Centuries
(/isis/citation/CBB001251196/)
Book
Goldenbaum, Ursula;
Jesseph, Douglas;
(2008)
Infinitesimal Differences: Controversies between Leibniz and His Contemporaries
(/isis/citation/CBB000950297/)
Book
Beeley, Philip;
Scriba, Christoph;
(2002)
Correspondence of John Wallis (1616--1703)
(/isis/citation/CBB000201295/)
Book
Stedall, Jacqueline A.;
(2002)
A Discourse Concerning Algebra: English Algebra to 1685
(/isis/citation/CBB000201555/)
Article
Malet, Antoni;
(1997)
Barrow, Wallis, and the remaking of 17th century indivisibles
(/isis/citation/CBB000073561/)
Book
Leo Corry;
(2022)
British Versions of Book II of Euclid’s Elements: Geometry, Arithmetic, Algebra (1550–1750)
(/isis/citation/CBB193067062/)
Book
Maierù, Luigi;
(1994)
Fra Descartes e Newton: Isaac Barrow e John Wallis. Prefazione di Imre Toth
(/isis/citation/CBB000058088/)
Article
Hill, Katherine;
(1996)
Neither ancient nor modern: Wallis and Barrow on the composition of continua. Part 1: Mathematical styles and the composition of continua
(/isis/citation/CBB000069951/)
Article
Stedall, Jacqueline A.;
(2001)
Of Our Own Nation: John Wallis's Account of Mathematical Learning in Medieval England
(/isis/citation/CBB000100595/)
Article
Hill, Katherine;
(1997)
Neither ancient nor modern: Wallis and Barrow on the composition of continua. Part two: The 17th-century context: The struggle between ancient and modern
(/isis/citation/CBB000071978/)
Article
Hill, Katherine;
(1998)
John Wallis and Isaac Barrow: Tradition and innovation and the state of mathematics
(/isis/citation/CBB000076950/)
Article
Galuzzi, Massimo;
(2010)
Newton's Attempt to Construct a Unitary View of Mathematics
(/isis/citation/CBB001022150/)
Book
Stedall, Jacqueline A.;
(2011)
From Cardano's Great Art to Lagrange's Reflections: Filing a Gap in the History of Algebra
(/isis/citation/CBB001321014/)
Article
Domski, Mary;
(2013)
Kant and Newton on the a priori Necessity of Geometry
(/isis/citation/CBB001320266/)
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