Fen-Edebiyat Fakültesi pierre de Fermat (16011665). Fermat 17 Agustos 1601 yilinda Fransa nin carcavi de Fermat gibi bir meclis üyesidir, ancak onlari yakinlastiran ve http://fenedebiyat.atauni.edu.tr/bolumler/matematik/matematikcilers/fermat.htm
Extractions: Ana Sayfa Fakültemiz Akademik Birimler Yönetim ... Duyurular Matematikçiler Pierre De Fermat (1601-1665) Fermat 17 Aðustos 1601 yýlýnda Fransa 'nýn Beaumont-de-Lomagne kentinde doðmuþtur. Babasý zengin bir deri tüccarý ve Beaumont-de-Lomagne 'de ikinci konsolostu. Fermat 'ýn bir erkek kardeþi ve iki kýz kardeþi vardý ve doðmuþ olduðu bu kentte büyümüþtü. Buna karþýn yerel Fransiscan Manastýrýna gittiðine dair çok az kanýt vardýr. 1920 'lerin ikinci yarýsýnda, Bordeaux 'ya gitmeden önce Toulouse Üniversitesinde eðitim görmüþtür. Bordeaux 'da ilk ciddi matematiksel araþtýrmalarýna baþlamýþ ve 1629 'da orada bulunan bir matematikçiye Apollonius 'un Plane loci adlý eserinin, kendisinin düzenlemiþ olduðu bir kopyasýný sunmuþtur. Bordeaux 'da Beaugrand ile tanýþmýþ ve bu sýrada matematiðe olan ilgisini Fermat ile paylaþan Etienne d'Espagnet 'e sunmuþ olduðu "maximum ve minimum" üzerindeki önemli çalýþmalarýný üretmiþtir. Bordeaux 'dan, üniversitede hukuk eðitimi aldýðý Orléans 'a gitmiþtir. Medeni hukuk alanýnda derece almýþ ve Toulouse parlâmentosunda meclis üyesi olma hakkýný kazanmýþtýr. Böylece Fermat 1631 yýlýndan itibaren artýk bir hukukçu ve Toulouse 'da bir devlet memuru olmuþtur ve sahip olduðu bu iþinden dolayý, ona Pierre Fermat olan adýný Pierre de Fermat olarak deðiþtirme yetkisi verilmiþtir..
Monographie De Berganty (Edmond Albe) Translate this page Du moins il ya un pierre de Berganty, nommé avec divers gentilshommes de la on lui assigne les villages de Lapeyre haute et basse - Parra - carcavi, http://www.quercy.net/qmedieval/histoire/monog_albe/berganty.html
Extractions: d'Edmond Albe Quercy Historique Berganty Seigneurie Communauté Berganty On trouve écrit aussi Breganty, mais ce n'est pas une raison pour y voir à l'origine, ainsi que le pense M. l'abbé Lacoste, un repaire de brigands. La paroisse Saint-Martin de Berganty était dans l'archiprêtré de Saint-Cirq-la Popie et de plus annexée à l'archiprêtré lui-même ; mais dans les plus anciens pouillés (fin du XIIIè ou début du XIVè) quoique unie à l'archiprêtré, elle est mentionnée à part, ce qui semble bien démontrer que le vicaire de l'archiprêtre faisait là sa résidence. Et nous en avons une preuve dans une pièce assez curieuse qui se rapporte au temps de l'hérésie albigeoise. C'est une bulle par laquelle Grégoire IX demande à l'évêque de Toulouse de pousser celui de Cahors à donner une autre cure au recteur de l'église de Bregantino , Hugues, qui avait de graves difficultés avec les parents de plusieurs femmes hérétiques arrêtées sur sa dénonciation, et dont deux avaient été brûlées. Mais nous n'avons pas jusqu'à la Révolution d'autres noms de curés. Les registres paroissiaux de Saint-Cirq pourraient donner quelques noms des vicaires qui faisaient le service. Il y a à Berganty des registres de 1693 à 1793.
Pierre De Fermat Olles valitsuse ametnik, muutis ta oma nime pierre de Fermatks. Fermat leidisendale mõttekaaslase carcavi, kes oli samuti Toulousei parlamendi nõunik http://www.pshg.edu.ee/~dan/referaat/1998/pierredefermat.html
Fermat Biography of pierre Fermat (16011665) Fermat met carcavi in a professionalcapacity since both were councillors in Toulouse but they both shared a love http://www-groups.dcs.st-and.ac.uk/~history/Mathematicians/Fermat.html
Extractions: Version for printing Pierre Fermat 's father was a wealthy leather merchant and second consul of Beaumont- de- Lomagne. Pierre had a brother and two sisters and was almost certainly brought up in the town of his birth. Although there is little evidence concerning his school education it must have been at the local Franciscan monastery. He attended the University of Toulouse before moving to Bordeaux in the second half of the 1620s. In Bordeaux he began his first serious mathematical researches and in 1629 he gave a copy of his restoration of Apollonius 's Plane loci to one of the mathematicians there. Certainly in Bordeaux he was in contact with Beaugrand Pierre de Fermat. For the remainder of his life he lived in Toulouse but as well as working there he also worked in his home town of Beaumont-de-Lomagne and a nearby town of Castres. From his appointment on 14 May 1631 Fermat worked in the lower chamber of the parliament but on 16 January 1638 he was appointed to a higher chamber, then in 1652 he was promoted to the highest level at the criminal court. Still further promotions seem to indicate a fairly meteoric rise through the profession but promotion was done mostly on seniority and the plague struck the region in the early 1650s meaning that many of the older men died. Fermat himself was struck down by the plague and in 1653 his death was wrongly reported, then corrected:-
Scientific Revolution Académie Montmor Situated At 79, Rue Du 1659), pierre carcavi (c.16031684), Claude Clerselier (1614-1686?), GérardDesargues (1593-1662), Guy Patin (1601-1672), Blaise Pascal (1623-1662), http://web.clas.ufl.edu/users/rhatch/pages/03-Sci-Rev/SCI-REV-Home/resource-ref-
Extractions: scientific revolution S rules, and a working agenda. By one tradition, the private patronage of H-L Habert de Montmor (c.1600-1679) was the 'birthplace' of state-sponsored science. W C B W B ut personal bickering and doctrinal disputes soon disrupted the meetings. In December 1658 a legendary clash occurred between Montmor and Roberval, ostensibly over a doctrine of Descartes. The dispute stymied activity for eight months. If the problem was a tendency to speechify, the solution was to emphasize experiment. After the summer of 1659, meetings resumed more or less weekly for almost five years. In June 1664, Huygens pronounced the academy had 'ended forever' ( Huygens to Moray, 12 June 1664 D A lthough little is known of specific discussion topics, a general picture has emerged. As we have seen, there was concern to avoid the 'vain exercise of the mind on useless subtleties; rather, one should always propose the clearest knowledge of the works of God and the advancement of the conveniences of life, in the arts and sciences that best serve to establish them.' Contemporary correspondence shows that discourses were read and discussed, and that the tenor of meetings was sometimes shrill. A ); Huygens' work with the air pump; Pierre Guisony's work on vegetation, and Pecquet's dissections. Specific discussion topics include Chapelain's announcement of Huygens' discoveries (pendulum clock; Saturn's moon Titan; Saturn's Rings), and formal exchanges on such topics as the science of motion, rarefaction and condensation, and the limits of natural knowledge and sources of error. Foreign correspondence was read and discussed at the close of each session.
Naam.jpg (26742 Bytes) Stephanie Meesdom Stefanie Meul Ellen At these societies he met many mathematics including Roberval, carcavi, Pascal,pierre Petit, Desargues and Sorbière. When Pascal visitid him in December http://mathsforeurope.digibel.be/Christiaan.html
Extractions: Ellen Polfliet Christian Huygens was born 14 April 1629 in The Hague, Netherlands. He was the second son of Constantin Huygens and Suzanna Van Baerle. It was through his father that Christian was to gain access to the top scientific circles of the times. In particular Constantin had many contacts in England and corresponded regularly with Mersenne and was a friend of Descartes In 1649 he went to Denmark as a part of a diplomatic team He hoped to be able to go to Stockholm to visit Descartes but the weather did not allow him to make this journey. In 1650 he completed the classic work about floating bodies. "De iis quae liquido supernatant" "Cyclometrae" showed the fallacy in methods proposed by Gregory of Saint Vincent , who had claimed to square the circle. He also published a way to calculate the area of a section out an ellipse or a hyperbola. In 1654 he completed the classic work about the circle. "De circuli magnitudine inventa" (about finding the circumference). founder of the mathematical physics.
Fermat, Pierre De pierre de Fermat was one of the most brilliant and productive Fermat metCarcavi in a professional capacity since both were councillors in Toulouse. http://www.math.rutgers.edu/courses/436/436-s00/Papers2000/pellegrino.html
Extractions: Pierre de Fermat Dana Pellegrino, History of Mathematics Research Paper, Spring 2000 Pierre de Fermat was one of the most brilliant and productive mathematicians of his time, making many contributions to the differential and integral calculus, number theory, optics, and analytic geometry, as well as initiating the development of probability theory in correspondence with Pascal. In this paper, we shall examine some of Fermat's contributions to the world of mathematics, paying specific attention to his work in number theory and in optics. Pierre de Fermat was born on August 17, 1601 in Beaumont-de-Lomagne, France, and died on January 12, 1665 in Castres. He was the son of a prosperous leather merchant, and became a lawyer and magistrate (Singh, page 35). While not much is known of this French mathematician's early life and education, it is known that Fermat attended the University of Toulouse before moving to Bordeaux in the second half of the 1620s. He was educated at home and began his first serious mathematical researches in Bordeaux. He was also in contact with Beaugrand, and it was at this time that Fermat produced important work on maxima and minima (World Book). He communicated this work to Etienne d'Espagnet, who shared his mathematical interests. From Bordeaux Fermat went to Orléans, where he studied law at the University. He received a degree in civil law and at the age of thirty was inducted as the "commissioner of requests." By 1631, Fermat was a lawyer and government official in Toulouse, and was promoted to a king's councillorship in the parliament of Toulouse in 1648. "Fermat's offices made him a member of that social class also and entitled him to add the de' to his name, which he did from 1631 on" (Mahoney, page 16). The office he now held entitled him to change his name from Pierre Fermat to Pierre de Fermat, as "de" is the mark of nobility in France.
Famous Mathematicians With AC Francesco Cantelli Georg Cantor Moritz Cantor Juan Caramuel Constantin CaratheodoryPierre de carcavi Girolamo Cardano Leonard Carlitz Thomas Carlyle http://www.famousmathematician.com/az/mathematician_C.htm
Robert Wuthnow * Among them were men of considerable cultural attainments and erudition, such asPierre carcavi and Christiaan Huygens, the polymath Mann Cureau de La http://www.compilerpress.atfreeweb.com/Anno Wuthnow Emergence of Modern Science
Extractions: The Competitiveness of Nations in a Global Knowledge-Based Economy March 2004 AAP Homepage Robert Wuthnow The Emergence of Modern Science and World System Theory Theory and Society Vol. 8, No. 2, Sep., 1979, 215-243 Index Introduction The European World-Economy and Scientific Autonomy The State, Legitimacy, and Patronage Science as Ceremonial Activity ... Notes Introduction Viewing the modern world as a single system of interdependent economic and political units rather than as isolated societies poses new possibilities, not only for the analysis of these units themselves, but for social and cultural developments such as the origin and evolution of modern science. It is generally conceded that the growth of modern science had been facilitated by various social conditions. Yet efforts to identify these and to specify their effects have met with only limited success, inducing most historians of science to emphasize the internal intellectual unfolding of scientific thought, rather than the effects of external social factors. Recent work on the history of the European world-economy, however, provides new opportunities to refocus the analysis of the relations between social conditions and the rise of modern science.
Huygens Posecujuci ova drutva on je upoznao veoma mnogo matematicara ukljucujuci Robervala,carcavi, Pascala, pierre Petita, Desaurgesa. Poto ga je Paskal posetio http://statlab.fon.bg.ac.yu/srb1/IstorijaVer/mat3.htm
Extractions: Kristijan Hajgens (Christian Huygens, 1625-1695) Rodjen 14. Aprila 1629 , Hag , Holandija Umro 8. Jula 1695 , Hag , Holandija Godine 1656 Kristijan Hajgens je patnetirao prvi casovnik sa klatnom , koji je zantno povecao tacnost pri merenju vremena. Kristijan Hajgens potice iz veoma vazne Holandske porodice. Njegov otac Konsatnatin Hajgens je studirao prirodnu filozofiju i bio je diplomata. Bilo mu je jasno da da je Kristijan imao pristup vrhunskim naucnim krugovima tog vremena. Konstatntin je imao mnogo kontakata sa ljudima u Engleskoj i redovno je kontaktirao sa Marsenom, i bio je prijatelj Dekarta . Hajgensova prva publikacija izdata 1651 i 1654 ticala se matematickih problema . 1651 publikacija Cylometriae pokazala je nedostatke Radeci u astronomiji , koje je zahtevala tacno vremensko preciyiranje, to je dovelo do toga da se Hajgens suoci sa ovim problemom. 1656 godine je patentirao prvi casovnik sa klatnom, koji je veoma mnogo povecao prciznost merenja vremena. Njegov rad na casovniku sa klatnom je bio povezan sa drugim matematickim radom koji je bio radjen na rezultatima izazova koji je pred njega postavio Paskal. On je veoma patio sa mnogo tuge u ocima zbog njegove naucne izolacije u Holandiji.
Matematica - Articoli - Interventi Di Translate this page Lord Brouncker (1620-1684), J. Wallis (1616-1703), F. de Bessy, pierre deCarcavi (1600-1684), R. descartes (1596-1650), J. de Billy (1602-1679). http://matematica.uni-bocconi.it/scimone/scimone1.htm
Extractions: considero la mia più grande fortuna che Voi mi abbiate accordato di adornare questa mia opera con il Vostro degnissimo Nome. Io sento il sacro dovere di dedicarla a Voi. Se non fosse stato per il Vostro favore, Serenissimo Principe, non avrei potuto iniziare lo studio delle scienze. Se non fosse stato per i Vostri incessanti favori a supporto dei miei studi, non avrei potuto dedicarmi totalmente al mio appassionato amore, lo studio della matematica. E' stata solo la Vostra generosità che mi ha liberato da altre preoccupazioni, permettendomi di dedicare me stesso a tanti anni di studio e di fruttuosa contemplazione, e che infine mi ha fornito l'opportunità di mettere per iscritto alcuni risultati delle mie ricerche."
Droit Et Mathématiques, Un Exemple Local. mathématiques et c est en grande partie grâce à carcavi que Fermat a pu rentrer http://www.cict.fr/cict/personnel/stpierre/expose-27-02-98/node5.html
17? The summary for this Chinese (Traditional) page contains characters that cannot be correctly displayed in this language/character set. http://www1.emath.pu.edu.tw/mkuo/æ¸å¸å®¶çå°æ äº/IV/1
ìíì - ìí¤ë°±ê³¼ Translate this page The summary for this Korean page contains characters that cannot be correctly displayed in this language/character set. http://ko.wikipedia.org/wiki/ìíì
Extractions: Wikimedia needs your help in its US$200,000 fund drive. See our fundraising page for details. : Archimedes : Fermat, Pierre de : Torricelli, Evangelista; : Pascal, Blaise http://ko.wikipedia.org/wiki/%EC%88%98%ED%95%99%EC%9E%90 Views Personal tools Navigation Permanent link Deutsch English Esperanto ... Svenska Content is available under GNU Free Documentation License
