Ciência de Garagem

Um blog sobre ciência em geral e matemática em particular

domingo, maio 17, 2015

Livros renascentistas

Página do Codex Vigilanus

A seguir temos uma relação de livros renascentistas em formato PDF (com alguns títulos ainda mais antigos) relacionados a matemática, muitos dos quais comentados e apresentados na série que se inicia: Matemática - Uma abordagem histórica. São obras de inestimável valor histórico e documental para quem deseja pesquisar a matemática mais a fundo e ainda ter em mãos um material de consulta medieval. Para baixar uma cópia, basta clicar no número de referência da obra desejada.

Almagestum
Claudius Ptolemaeus – tradução para o latim por Petrus Liechtenstein
1515
Almanach perpetuu
Abraão Zacuto
1525
Arithmetica integra
Michael Stifel
1544
Clavis mathematicae
William Oughtred
1667
De divina proportione
Luca Pacioli
1509
De thiende
Simon Stevin
1585
Deutsche Arithmetica Inhaltend
Michael Stifel
1545
Die coss
Christoff Rudolff
1553
Discours de la mèthode
Rene Descartes
1637
Harmonices mundi libri V
Johannes Kepler
1619
L’Algebra opera
Rafael Bombelli
1579
L'Arithmetica di Treviso (Larte de labbacho)
Anônimo
1478
L’Arithmetique
Simon Stevin de Bruges
1625
Liber embadorum
Palto de Tivoli
1145
Libro de álgebra en arithmetica y geometria
Pedro Nunes
1567
Libro intitulado arithmetica practica
Juan de Yciar Vizcayno
1549
Logistica
Joannes Buteo
1559
Margarita philosophica
Gregório Reis
1525
Opera mathematica
Francisco Vieta
1646
Rechnung nach der lenge auff der Linien und Feder
Adam Riesen
1550
Summa de arithmetica geometria
Luca Pacioli
1523
The Whetstone of Witte
Robert Recorde
1557
[23]
Tractado subtilissimo d'arismetica y geometria
Juan de Hortega
1563

Matemática - Volume 1 - Ebook gratuito em PDF



O

s tópicos apresentados neste blog para as seguintes postagens:
foram compilados em um livro eletrônico (e-book) em formato PDF: Matemática: Uma abordagem histórica - Volume I. Em tamanho A5 (14,8 x 21 cm), é adequado para leitura tanto em smartphones quanto em tablets. Caso queira obter um exemplar, clique aqui.

terça-feira, maio 12, 2015

Matemática - Volume 1 - Referências bibliográficas

[1]
Pike, R. “A brief history of mathematics”, class notes, Simon Fraser University.
[2]
Pande, N. A. “Numeral systems of great ancient human civilizations”, Journal of Science and Arts, Year 10, No. 2(13), pp 209-222, 2010
[3]
Joseph, G. G. “The crest of the peacock: non-european roots of mathematics”, Princeton University Press, ISBN: 9781400836369
[4]
Coolidge, F. L.; Overmann, K. A. “Numerosity, abstraction, and the emergence of symbolic thinking”, Current Anthropology, Vol. 53, No. 2 (April 2012), pp 204-225
[5]
Allen, G. D. “The scope of ancient mathematics”, class notes, Texas A&M University, 2002-2003
[6]
Allen, G. D. “A general view of mathematics before 1000 BCE”, class notes, Texas A&M University, 2002-2003
[7]
Allen, G. D. “The origins of mathematics”, class notes, Texas A&M University, 2002-2003
[8]
Wilder, R. L. “The origin and growth of mathematical concepts”, Bulletin of the American Mathematical Society, Volume 59, Number 5 (1953), pp 423-448
[9]
McLennan, A. “The nature and origins of modern mathematics: an elementary introduction”, School of Economics, University of Queensland, 2009
[10]
Ellis, E. V. “Ancient mathematical origins of modern day occult practices”, Popular Culture Association Conference, Drexel University, March-2007.
[11]
Garciadiego, A. R. “History of mathematics, an intuitive approach”, Humanistic Mathematics Network Journal, No. 26 (April 2002), pp 06-11
[12]
Cook, R. “The history of mathematics: a brief course” John Wiley & Sons, Second Edition, 2005, ISBN: 9780471444596
[13]
Stephenson, S. “Ancient computers”, IEEE Global History network, July 2010
[14]
Subirà, A. C.; Tamarit, B. T. “A short history of money”, Centre D’Estudis Joan Bardina
[15]
Knuth, D. E. “Ancient Babylonian Algorithm”, Communications of the ACM, Volume 15, No. 7, July 1972, pp 671-677
[16]
Hodgkin, L. “A history of mathematics – From Mesopotamia to modernity”, Oxford University Press, 2005, ISBN: 0198529376
[17]
Fink, K. G. “A brief history of mathematics”, The Open Court Publishing Co., 1900
[18]
Cajori, F. “A history of mathematical notations”, Volumes I and II, The Open Court Publishing Co., 1928
[19]
Høyrup, J. “Further questions to the historiography of Arabic (but not only Arabic) mathematics from the perspective of Romance abbacus mathematics”, Contribution to the 9ième Colloque Maghrébin sur l'Histoire des Mathématiques Arabes, Tipaza, May 2007
[20]
Shuriye, A. O.; Daoud, J. I. “Islamic mathematical sciences”, Australian Journal of Basic and Applied Sciences, 5(3), 2011, pp 51-59
[21]
Sayili, A. “Al-Khwarizmi, Abdu’l-Hamid ibn Turk and the place of central Asia in the history of science and culture”, Foundation for Science Technology and Civilisation, December 2006
[22]
Mallayya, V. M. “Arithmetic operation of division with special reference to Bhaskara II’s Lilavati and its commentaries”, Indian Journal of History of Science, 32(4), 1997, pp 315-324
[23]
Lumpkin, B. “African and African-American contributions to mathematics”, Portland Publish Schools Geocultural Baseline Essay Series, 1987
[24]
James, G. G. M. “Stolen legacy: Greek philosophy is stolen Egyptian philosophy”, The Journal of Pan African Studies, 2009, e-book
[25]
Renne, P. J. “Ancient numerals and arithmetic”, Chatham University, e-book
[26]
Eskridge-Lybarger, C. “Things could be worse!”, Arithmetic activities, Department of mathematics, statistics and physics, Wichita State University
[27]
Høyrup, J. “Leonardo Fibonacci and abbaco culture – a proposal to invert the roles”, Roskilde University – Section for philosophy and science studies, 2004
[28]
Tejón, F. “Manual para uso do ábaco japonês – Soroban”, Editerio Krayono, Ponferrada, Espanha, 2007 – Tradução de Raimundo Viana
[29]
Wagner, R. “For some histories of Greek mathematics”, Science in Context, Volume 22, Issue 04, December 2009, pp 535-565
[30]
Hartshorne, R. “Teaching geometry according to Euclid”, Notices of the AMS, Volume 47, Number 4, April 2000, pp 460-465
[31]
Riley, M. T. “Terminology for arithmetic operations in ancient greek”, Temporini and Haase, eds., Aufstieg und Niedergang der Romischen Welt II 36.7 (DeGruyer, Berlin)
[32]
Asper, M. “The two cultures of mathematics in ancient Greece”, The Oxford Handbook of the History of Mathematics, Oxford University Press, 2009, pp 107-132
[33]
Baptista, J. P.; Ferracioli, L. “Os grandes números”, Revista Brasileira de Ensino de Física, vol. 23, No. 1, Março 2001
[34]
Ayyangar, A. A. K. “Some glimpses of ancient hindu mathematics”, Journal of the London Mathematical Society, Vol. 6 (1933), pp 02-18
[35]
Ayyangar, A. A. K. “The mathematics of Aryabhata”, Quarterly Journal of Mythic Society, Volume 16, 1926
[36]
Levy, J. D. “Ancient Mayan mathematical developments”, The Baldwin-Wallace College Journal of Research and Creative Studies, Spring 2008, 1(2), pp 34-40
[37]
French, W. A. “Arithmetic in Maya numerals”, American Antiquity, 36(I), 1971, pp 54-63
[38]
Murgel, J. “Mayan mathematics and architecture”, Goals 2000 – Partnerships for Educating Colorado Students, 2000
[39]
Alfonsín, J. L. R.; Testard, S. “The Maya and the conception of mixbaal”, Mathematics in School, November 1995, pp 08-09
[40]
Magaña, L. F. “To learn mathematics: mayan mathematics in base 10”, Proceedings of EDULEARN10 Conference, July 2010, pp 1385-1394
[41]
Kramer, A.; Brown, D. “What are numbers?”, Ithaca College, 2013
[42]
Oitavem, I.; Rocha, H. “A mudança que abala o mundo - Editorial”, Educação e Matemática, 116 (2012)
[43]
Smillie, K. “Positional number systems”, Class notes, University of Alberta
[44]
Joseph, G. G. “A brief history of zero”, Iranian Journal for the History of Science, 6(2008), pp 37-48
[45]
Silveira, J. F. P. “Calculando com o zero: dividindo por zero”, Notas de aula, Universidade Federal do Rio Grande do Sul
[46]
Roy, R. “Babylonian Pythagora’s theorem, the early history of zero and a polemic on the study of the history of science”, Resonance Magazine, 2003
[47]
Wallin, N. B. “How was zero discovered?”, Yale Global, November 2002
[48]
Boucenna, A. “Origin of the numerals, Zero concept”, Mathematics History and Overview, Cornell University Library, July 2007
[49]
Bellos, A. “Nirvana by Numbers”, The Guardian, 7 October 2013
[50]
Kaplan, R. “The nothing that is: a natural history of zero”, Oxford University Press, 2000, ISBN: 0195128427
[51]
Cizmar, J. “The origins and development of mathematical notation (a historical outline)”, Quaderni di Ricerca in Didattica del GRIM 9 (2000): 1-21
[52]
Cajori, F. “A history of mathematics”, Macmillan & Co., 1893