Day | Topic | Reading | Presenter |
W, 1/25 | Euclid, Elements, Book I | Katz, 2.2; definitions; Pythagorean Theorem | Dr. Rosenberg |
M, 1/30 | Euclid, numbers and the infinity of primes | Stedall, pp. 19-23 and Euclid, Book IX, Prop. 20 | Sara Royle |
W, 2/1 | Archimedes, approximating π | Stedall, pp. 14-16 and pp. 91-98 in Heath ed. of Works | Sarah Kent |
M, 2/6 | Diophantus, Arithmetica | Stedall, pp. 24-26 and Book II, 6-10 | Ryan Dorson |
W, 2/8 | Leonardo Pisano (Fibonacci), Liber Abaci | Katz, 8.3.1; this extract from Ch. XII and rabbit problem | Eric Butler |
M, 2/13 | Cardano, Ars Magna | Smith, pp. 201-206; Katz, 9.1.3; Stedall, pp. 325-329 | Charlotte Johnson |
W, 2/15 | François Viète | Stedall, pp. 47-50; this little extract, and also this ebook in French and this ebook in Latin | Kristen Long |
M, 2/20 | Johann Müller (Regiomontanus) | Katz, 9.2.3; Smith,
pp. 427-433; this extract from Eli Maor, Trigonometric Delights, Princeton Univ. Press, 2002; and this ebook in Latin | Sean Konig |
W, 2/22 | Descartes, La Géometrie | Stedall, pp. 54-61; Smith, pp. 397-402; and this ebook | Julia Ruth |
M, 2/27 | Fermat's work on number theory | challenge problems (the original is
here) and Smith, pp. 213-216. Also
see his observations on Diophantus, such as the same problem we saw in Viete (finding three Pythagorean triangles with the same area). Solutions to the first two, third, and fourth problems. | Alan Buabuchachart |
W, 2/29 | Pascal | Smith, pp. 67-79, 165-172, and 326-330.
The original description of his calculator is here. | Barbara Hampton |
M, 3/5 | Fermat's work on geometry | Stedall, pp. 50-53, 72-73, and 78-84. Smith, pp. 389-396 and 610-612. | Eliana Vornov |
W, 3/7 | Leibniz | introduction from the official Leibniz archive; Smith, pp. 173-181, 618-626; Stedall, pp. 119-131. You can see here (pp. 365-369) how Leibniz found the sum of the reciprocals of the triangular numbers. | Ryan Dorson |
M, 3/12 | Newton, infinite series and fluxions | Smith, pp. 224-228 and pp. 613-618; Stedall, pp. 105-118; tract on fluxions, the original source for "Newton's Method" (see p. 6) and the same example in modern language. | Dr. Rosenberg |
W, 3/14 | Newton, Principia | Stedall, pp. 133-154 | Julia Ruth |
Spring Break | |||
M, 3/26 | J. Bernoulli & the Bernoulli numbers | Smith, pp. 85-90; Stedall, p. 170-176 | Charlotte Johnson |
W, 3/28 | Euler, actuarial math | General
investigations on mortality ...; also see paper #334 on the Euler archive | Sara Royle |
M, 4/2 | Taylor and Maclaurin | Taylor series: Stedall, pp. 201-207. Also see this web version of Taylor's book. | Dr. Rosenberg |
W, 4/4 | De Moivre | "De Moivre's Formula", Smith, pp. 440-454. | Sean Konig |
M, 4/9 | Legendre, least squares | Smith, pp. 576-579 and this ebook, pp. 1-6. | Eric Butler |
W, 4/11 | Lagrange | Theory of polynomial equations, Stedall pp. 339-350. | Barbara Hampton |
M, 4/16 | Euler, the "Bridges of Königsberg" |
paper #53
on the Euler archive. See
this translation from Newman's World of
Mathematics (courtesy of Google Books) and also this partial translation and commentary. | Kristen Long |
W, 4/18 | Gauss | some of his work on number theory,
Smith, pp. 107-111, plus other topics.
You can also see all of Gauss's works here. | Alan Buabuchachart |
M, 4/23 | Cauchy | The fundamental theorem of algebra (an easier proof than Gauss's) | Sarah Kent |
W, 4/25 | Riemann | "On the hypotheses that lie at
the foundation of geometry," Smith, pp. 411-425. Also see the Riemann archive, #13 for the original German and #20 for another translation. | Eliana Vornov |
M, 4/30 | Cantor | Beginnings of set theory, Stedall, pp. 614-622. Also see this e-book. | Alan, Ryan, Sarah |
W, 5/2 | Hamilton | Quaternions and the
Cayley-Hamilton
Theorem.
Note: in the second paper, S denotes "scalar part", i.e., S(a + bi + cj + dk) = a, and (abcd) denotes the determinant of the 4 × 4 matrix obtained by stacking the coefficients of the four quaternions. | Julia, Charlotte, Sean |
M, 5/7 | Hilbert | "Continuous mapping of a line
[segment] onto a planar surface". See here
for the English and here for the original German and the illustrations. The quoted paper of Peano can be found here. |
Sara, Eric |
W, 5/9 | Poincaré | The future
of mathematics, written 1908. You can also find the original French text here. | Barbara, Kristen, Eliana |