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The theory of modular forms therefore belongs to complex analysis. The main importance of the theory is its connections with number theory. Modular forms appear in other areas, such as algebraic topology, sphere packing, and string theory.
This writeup gives first examples of modular forms: Eisenstein series, the dis- criminant, and the j-function. The modular group is the group of 2-by-2 matrices with integer entries and determinant 1, SL2(Z) = {[ a b c d ] : a, b, c, d Z, ad bc = 1 } . c d ] () = a + b c + d , ̂C.
Prerequisite knowledge/skills Students should be able to perform basic operations (addition, subtraction, multiplication, division) and have an understanding of basic Algebra. Students should also understand what the basic number systems are and how they differ.
The order of a modular form is invariant under the action of SL2(Z) is nonvanishing and holomorphic at p.
Automorphic forms are special functions on the adlic points of an algebraic group, so to get started, you would need: Knowledge of algebraic groups. This includes structure theory of reductive groups, which in turn relies on a good deal of algebraic geometry.
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In mathematics, a modular form is a (complex) analytic function on the upper half-plane satisfying a certain kind of functional equation with respect to the group action of the modular group, and also satisfying a growth condition.
Before delving into modular forms and Hecke theory, its important to have a strong foundation in several areas of mathematics. Some of the prerequisite topics include: Complex analysis: Understanding complex numbers, functions of a complex variable, and complex integration is crucial for studying modular forms.
Thus, a modular function can also be regarded as a meromorphic function on the set of isomorphism classes of elliptic curves. For example, the j-invariant j(z) of an elliptic curve, regarded as a function on the set of all elliptic curves, is a modular function.

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