SUMMARY. — Relying both on chronological data and textual analysis, this article seeks to determine the mutual influence between A.-L. Cauchy's and Ch.-F. Sturm's research from 1829 to around 1840 on the roots of algebraic equations. The first aim is to specify the elements of a micro-history, strictly limited in time and centered on a well-defined question, yet bound up with the endeavour to build up a mathematical physics at the beginning of the 19th century. The second aim pertains to philosophy of science; for two questions that underlie the to-and-fro motion between Cauchy and Sturm arise: 1° can algebraic methods replace the analytic methods currently employed then in the numerical solution of equations? 2° can algebra constitute an e...
SUMMARY. — Is Jean Cavaillès an historian of Mathematics? History of Science for him does not reduce...
SUMMARY. — Since his work on the theory of waves (1815) Cauchy faced the problem of integrating cert...
In this paper, I look at Cauchy’s early (1814–1825) rigorization of complex analysis. I argue that h...
SUMMARY. — Relying both on chronological data and textual analysis, this article seeks to determine ...
SUMMARY. — At the outset (1829), Ch. F. Sturm's theorem of algebra provided an algorithm for countin...
This book explores the background of a major intellectual revolution: the rigorous reinterpretation ...
Il s'agit d'une version pré publication antérieure de plusieurs mois à la version publiée (référence...
SUMMARY. — Around 1820, functional equations were fashionable. Introduced during the 18th century by...
SUMMARY. — By studying a controversial correspondence between Darboux and Houël I intend to describe...
International audienceAugustin-Louis Cauchy published most of his arithmetical research between 1829...
AbstractThis article offers a systematic reading of the introduction to Augustin-Louis Cauchy’s land...
This dissertation deals with the development of mathematical concepts from a historical and didactic...
Introduction And Terminology Mathematicians did not begin by defining numbers; they The consciousnes...
RésuméLe but de notre exposé va être de présenter nos recherches, basées sur des documents inédits, ...
In 1982 Joe Dauben explored the implications of Abraham Robinson’s invention of non-standard analysi...
SUMMARY. — Is Jean Cavaillès an historian of Mathematics? History of Science for him does not reduce...
SUMMARY. — Since his work on the theory of waves (1815) Cauchy faced the problem of integrating cert...
In this paper, I look at Cauchy’s early (1814–1825) rigorization of complex analysis. I argue that h...
SUMMARY. — Relying both on chronological data and textual analysis, this article seeks to determine ...
SUMMARY. — At the outset (1829), Ch. F. Sturm's theorem of algebra provided an algorithm for countin...
This book explores the background of a major intellectual revolution: the rigorous reinterpretation ...
Il s'agit d'une version pré publication antérieure de plusieurs mois à la version publiée (référence...
SUMMARY. — Around 1820, functional equations were fashionable. Introduced during the 18th century by...
SUMMARY. — By studying a controversial correspondence between Darboux and Houël I intend to describe...
International audienceAugustin-Louis Cauchy published most of his arithmetical research between 1829...
AbstractThis article offers a systematic reading of the introduction to Augustin-Louis Cauchy’s land...
This dissertation deals with the development of mathematical concepts from a historical and didactic...
Introduction And Terminology Mathematicians did not begin by defining numbers; they The consciousnes...
RésuméLe but de notre exposé va être de présenter nos recherches, basées sur des documents inédits, ...
In 1982 Joe Dauben explored the implications of Abraham Robinson’s invention of non-standard analysi...
SUMMARY. — Is Jean Cavaillès an historian of Mathematics? History of Science for him does not reduce...
SUMMARY. — Since his work on the theory of waves (1815) Cauchy faced the problem of integrating cert...
In this paper, I look at Cauchy’s early (1814–1825) rigorization of complex analysis. I argue that h...