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A new google doodle is shown up honoring the french mathematician Pierre de Fermat. He worked in differential calculus and also proved a theorem and also shown a method to find the ordinates of a curve for which he's renowned and best known for Fermat's Last Theorem.
Have a look at the DOODLE that google made.

Fermat's theorem of three integers a, b, c is the last state and can satisfy the equation for an integer value greater than cn = n + BN. This theorem of Pierre de Fermat's conjecture, a famous in 1637 by the first, the edge is a sign of the numerical model was too large to fit the border. Despite many successes, until 1995, published a proof of the efforts of mathematicians in the last 358 years. 19. Opinion century unsolved problem, algebraic number theory and modular 20 has stimulated the development of proof. In 1995, the most famous theorems in mathematics from the Guinness world records made before in the history books of a "most difficult subject of mathematics."
But the assumption is that all evidence indicates the cause of Fermat, nn = 4. This question is reduced to prove the theorem, the main exhibition hall. Even if a situation looks like, another two centuries (1637-1839) Sophie Germain at all the numbers in C, only the numbers 3, 5 and 7, were proven to be estimated 19 century, Ernst, first proved for regular Kummer's theorem. Kummer's prime minister, four million for the work of other mathematicians one could speculate everything tomorrow gets more use for the studies.

Pierre de Fermat (French pronunciation: [pjɛ ː ʁ dəfɛʁma], August 17, 1601, or 1607 /8 to 12 January 1665) was a French lawyer Parliament in Toulouse, France, and an amateur mathematician, which is a tribute to the early developments that have led to the calculus, according to including his adequality. In particular, he has been recognized for his discovery of the original method of finding the maximum and minimum coordinates of curved lines, which is similar to when an unknown Differential Calculus, and his research in number theory. He accounted for a significant analytic geometry, probability, and optics. He is best known as Fermat's Last Theorem, which he described the margin of a copy of the memorandum of Diophantus' Arithmetic.