Few theorems in the history of mathematics have acquired the almost legendary status that quadratic reciprocity holds in number theory. First conjectured by Euler, it provides a striking relationship between the primes in terms of the solvability of certain quadratic congruences and has become a cornerstone of elementary number theory. The great Carl Friedrich Gauss was the first one to provide a valid proof and liked it so much that he called it his "aureum theorema" (golden theorem) and provided no less than 8 different proofs during his lifetime. Many more proofs have since followed and it's a strong indication of the fondness mathematicians bear for it that the total number currently stands at more than 200 different ones!
Join us today at 7:30 PM in MS.03 as we take you through an overview of this fascinating but elementary part of number theory and prove this famous result, followed by the usual trip to the pub.


Finally.
Still not as good as his "Theorema Egregium" of Differential Geometry.
big up my man Euler
big up my man Euler
Still not as good as his
He still liked this one better. "Mathematics is the queen of the sciences and number theory is the queen of mathematics." etc. etc. :P
Yeah, exactly, the queen
Yeah, exactly, the queen
You know what he meant. :P
You know what he meant. :P