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Thomas Digges

Thomas Digges
Born c.1546
Wootton, Kent, England
Died 24 August 1595(1595-08-24) (aged 49)
London, England
Residence England
Nationality English
Fields Astronomer and mathematician
Academic advisors John Dee
Known for Heliocentrism
Notes

Thomas Digges (c.1546 – 24 August 1595) was an English mathematician and astronomer. He was the first to expound the Copernican system in English but discarded the notion of a fixed shell of immoveable stars to postulate infinitely many stars at varying distances;[1] he was also first to postulate the "dark night sky paradox".[2]

Contents

  • Life 1
  • Marriage and issue 2
  • Work 3
  • Notes 4
  • References 5
  • External links 6

Life

Thomas Digges, born about 1546, was the son of Leonard Digges (c.1515–c.1559), the mathematician and surveyor, and Bridget Wilford, the daughter of Thomas Wilford, esquire, of Hartridge in Cranbrook, Kent, by his first wife, Elizabeth Culpeper, the daughter of Walter Culpeper, esquire. Digges had two brothers, James and Daniel, and three sisters, Mary, who married a husband surnamed Barber; Anne, who married William Digges; and Sarah, who married firstly a husband surnamed Martin, and secondly John Weston.[3]

After the death of his father, Digges grew up under the guardianship of John Dee,[4] a typical Renaissance natural philosopher. In 1583, Lord Burghley appointed him, with John Chamber and Henry Savile, to sit on a commission to consider whether England should adopt the Gregorian calendar, as proposed by Dee.[5]

Digges served as a member of parliament for Wallingford and also had a military career as a Muster-Master General to the English forces from 1586 to 1594 during the war with the Spanish Netherlands.

Digges died 24 August 1595. His last will, in which he specifically excluded both his brother, James Digges, and William Digges, was proved 1 September. Digges was buried in the chancel of the church of St Mary Aldermanbury, London.[6]

Marriage and issue

Digges married Anne St Leger (1555–1636), daughter of

  • Thomas Digges, Gentleman and Mathematician.
  • John Dee, Thomas Digges and the identity of the mathematician.
  • Digges' Mactutor biography.
  • Digges, Thomas (1546–1595), History of Parliament

External links

  • Edwards, David (2004). "St Leger, Sir Warham (1525?–1597)".  
  • Johnston, Stephen (2004a). "Digges, Leonard (c.1515–c.1559)".  
  • Johnston, Stephen (2004b). "Digges, Thomas (c.1546–1595)".  
  • Lee, Sidney, rev. Elizabeth Haresnape (2004). "Digges, Leonard (1588–1635)".  
  • Mosley, Adam (2004). "Chamber, John (1546–1604)". (Subscription or UK public library membership required.)  
  • Richardson, Douglas (2011). Everingham, Kimball G., ed. Magna Carta Ancestry: A Study in Colonial and Medieval Families I (2nd ed.). Salt Lake City.  
  • Text of the Perfit Description:
    • Francis R. Johnson and Sanford V. Larkey, "Thomas Digges, the Copernican System and the idea of the Infinity of the Universe in 1576," Huntington Library Bulletin 5 (1934): 69–117.
    • Edward Robert Harrison (1987) Darkness at Night. Harvard Univ. Press: 211-17. An abridgement of the preceding.
    • Internet version at Dartmouth retrieved on 2 November 2013
  • Gribbin, John, 2002. Science : A History. Penguin.
  • Francis R. Johnson, Astronomical Thought in Renaissance England: A Study of the English Scientific Writings from 1500 to 1645, Johns Hopkins Press, 1937.
  • Martin Kugler, Astronomy in Elizabethan England, 1558 to 1585: John Dee, Thomas Digges, and Giordano Bruno, Montpellier: Université Paul Valéry, 1982.
  • Brian Vickers (ed.), Occult & Scientific Mentalities in the Renaissance. Cambridge: Cambridge University Press, 1984. ISBN 0-521-25879-0

References

  1. ^ Johnston 2004b.
  2. ^ Jim Al-Khalili, Everything and Nothing – 1. Everything, BBC Four, 9:00PM Mon, 21 March 2011
  3. ^ Richardson_I 2011, p. 81; Johnston 2004a.
  4. ^ Johnston 2004b.
  5. ^ Mosley 2004
  6. ^ Johnston 2004b.
  7. ^ Edwards 2004.
  8. ^ Lee 2004.
  9. ^ Harrison (1987), p. 35.
  10. ^ Harrison (1987), p. 37.

Notes

"This orb of stars fixed infinitely up extends itself in altitude spherically, and therefore immovable the palace of felicity garnished with perpetual shining glorious lights innumerable, far excelling over [the] sun both in quantity and quality the very court of celestial angels, devoid of grief and replenished with perfect endless joy, the habitacle for the elect."

An illustration of the Copernican universe can be seen at right. The outer inscription on the map reads:

"By grafting endless space onto the Copernican system and scattering the stars throughout this endless space, Digges pioneered... the idea of an unlimited universe filled with the mingling rays of countless stars."[10]
"Copernicus had said little or nothing about what lay beyond the sphere of fixed stars. Digges's original contribution to cosmology consisted of dismantling the starry sphere, and scattering the stars throughout endless space."[9]

For the most part, the appendix was a loose translation into English of chapters from Copernicus' book De revolutionibus orbium coelestium. Thomas Digges went further than Copernicus, however, by proposing that the universe is infinite, containing infinitely many stars, and may have been the first person to do so. According to Harrison:

An illustration of the Copernican universe from Thomas Digges' book

In 1576, he published a new edition of his father's perpetual almanac, A Prognostication everlasting. The text written by Leonard Digges for the third edition of 1556 was left unchanged, but Thomas added new material in several appendices. The most important of these was A Perfit Description of the Caelestiall Orbes according to the most aunciente doctrine of the Pythagoreans, latelye revived by Copernicus and by Geometricall Demonstrations approved. Contrary to the Ptolemaic cosmology of the original book by his father, the appendix featured a detailed discussion of the controversial and still poorly known Copernican heliocentric model of the Universe. This was the first publication of that model in English, and a milestone in the popularisation of science.

Digges attempted to determine the parallax of the 1572 supernova observed by Tycho Brahe, and concluded it had to be beyond the orbit of the Moon. This contradicted the accepted view of the universe, according to which no change could take place among the fixed stars.

Work

[8] of his will'.overseer named as an William Shakespeare, 'whom in 1616 Alderminster (1588–1635), poet, and two surviving daughters, Margaret and Ursula. After Digges' death, his widow, Anne, married Thomas Russell of Leonard Digges (1583–1639), politician and statesman, and Dudley Digges In his will he named two surviving sons, Sir [7]

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