Girolamo Cardan, also called Cardano, was an Italian doctor and mathematician who is famed for his work Ars Magna, which was the first Latin treatise devoted solely to algebra. In it he gave the methods of solution of the cubic and quartic equations, which he had learnt from Tartaglia. He was born in Pavia, in the Duchy of Milan, on 24 September 1501 and died in Rome on 21 September 1576. He published the solution of the cubic and is a central figure in the sixteenth-century story of complex numbers and algebraic equations.
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Gerolamo Cardano
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Source Gerolamo Cardano, Biography (MacTutor History of Mathematics)SummaryQuote, Summary
Girolamo Cardan or Cardano was an Italian doctor and mathematician who is famed for his work Ars Magna which was the first Latin treatise devoted solely to algebra. In it he gave the methods of solution of the cubic and quartic equations which he had learnt from Tartaglia.
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1. Gerolamo Cardano, Biography (MacTutor History of Mathematics)
SummaryQuote, Summary
Girolamo Cardan or Cardano was an Italian doctor and mathematician who is famed for his work Ars Magna which was the first Latin treatise devoted solely to algebra. In it he gave the methods of solution of the cubic and quartic equations which he had learnt from Tartaglia.
Wikipedia: Number System
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They became more prominent when in the 16th century closed formulas for the roots of third and fourth degree polynomials were discovered by Italian mathematicians such as Niccolò Fontana Tartaglia and Gerolamo Cardano
Complex Number (Wikipedia)
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The impetus to study complex numbers as a topic in itself first arose in the 16th century when algebraic solutions for the roots of cubic and quartic polynomials were discovered by Italian mathematicians (Niccolò Fontana Tartaglia and Gerolamo Cardano)
Symmetric group (Wikipedia)
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In Galois theory, the sign map from S3 to S2 corresponds to the resolving quadratic for a cubic polynomial, as discovered by Gerolamo Cardano, while the A3 kernel corresponds to the use of the discrete Fourier transform of order 3 in the solution, in the form of Lagrange resolvents
Number (Wikipedia)
Attributed Works: Number, LeadQuote, Attributed Works: Number, Lead
They became more prominent when in the 16th century closed formulas for the roots of third and fourth degree polynomials were discovered by Italian mathematicians such as Niccolò Fontana Tartaglia and Gerolamo Cardano
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