Given the task definition, example input & output, solve the new input case.
In this task you will be given a text passage from a trivia quiz. You should choose the category this question belongs to from these categories: History, Science, Social Science, Fine Arts, Literature. You can only choose one category, so if in doubt, please choose the closest match.
Example: In one work this author details the life of a tomb-maker who makes extra money by playing the organ at an insane asylum, while another of his novels sees Swartz give a refugee proper documentation only after he tells him his life story in the title Portuguese city. In addition to The Black Obelisk and The Night in Lisbon, he also wrote about Robert and Otto selling their auto workshop and visiting Patrice in a Swiss tuberculosis sanatorium in his novel The Three Comrades, while the turbulent life of the German surgeon Ravic is told in The Arch of Triumph. Another of his novels, The Road Back, is thought to be a sequel to his most famous book, in which the patriotic teacher Kantorek convinces Paul Bumer and his friends to join the Germany Army during World War I. For 10 points, name this German author who wrote All Quiet on the Western Front.
Output: Literature
The text is talking about an author and their works, so it belongs to theliterature category.

New input case for you: Miller's algorithm is sometimes used to generate a recurrence relation for these entities, and Steed's method simultaneously calculates both them and their derivatives. e to the i z cos is equal to the sum from n equals negative to positive infinity of i to the n times e to the i n times this function of z by the Jacobi-Anger expansion. By Mehler's formula, ones of order (*) zero are proportional to the integral from 0 to infinity of the sin of x cosh t dt, while the ones of order plus or minus one-half are equal to the square root of 2 over pi x, times cos or sin x. They are the solutions to the equation x squared d squared y d x squared plus x dy dx plus y times quantity x squared minus squared equals zero, their namesake's differential equation, but are also used in the solution to the Laplace differential equation in spherical and/or cylindrical coordinates. For 10 points, name these functions denoted by J(x) and named after a German astronomer.
Output:
Science