Biography christiaan huygens

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He was the first to conclude that the Earth was flattened near the poles.

Christiaan Huygens passed away on July 8, 1695, in The Hague. He laid the foundations of mechanics and also worked on astronomy and probability.

Biography

Christiaan Huygens came from an important Dutch family.



At this time Huygens patented his design of pendulum clock with the solution of the longitude problem in mind.

Huygens's first publications in 1651 and 1654 considered mathematical problems. History Exact Sci.3(1966), 102-136, (1966).

  • J E Hofmann, Neues über die näherungsweise Kreisquadratur bei Huygens (1654), Math.

    Accad. The amount of time he studied these lenses was not one of pure hobbyist pursuits. Huygens attempts for the first time in this work to study the dynamics of bodies rather than particles. Internat. The work also delved into the somewhat esoteric subject of squaring a circle. Huygens was educated at home until his late teens by his father and tutors.

    He combined Galileo's mathematical treatment of phenomena with Descartes' vision of the ultimate design of nature. R. Acad.

    biography christiaan huygens

    Storia Sci.19(1-4)(1977), 87-109.

  • H J M Bos, Christiaan Huygens, in Lectures in the History of Mathematics(Providence R.I.- London, 1993), 59-81.
  • H J M Bos, The influence of Huygens on the formation of Leibniz' ideas, in Leibniz in Paris (1672-1676)(Wiesbaden, 1978), 59-68.
  • H J M Bos, Recognition and wonder : Huygens, tractional motion and some thoughts on the history of mathematics, Tractrix1(1989), 3-20.
  • M Bosch i Casabò, Huygens, Newton and the radius of curvature (Catalan), Butl.

    With the help of the telescope he constructed, Huygens discovered the ring of Saturn and its first moon, Titan, in 1665. In this same year Huygens learnt of Newton's work on the telescope and on light. Although John Pell was a teacher at Breda about this time, he seems to have had little contact with Huygens.

    Circular motion was a topic which Huygens took up at this time but he also continued to think about Descartes' theory of gravity based on vortices.

    His early works focused on classical problems such as the quadrature theorem of hyperbola, ellipse, and circle, as well as the estimation of the value of pi. Roy. Belg. The work was a strange as it dealt with the possibility that life existed on other planets.