Modular forms - Department of Mathematics and Statistics 2025

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Modular forms are complex functions that have a high degree of symmetry and arise in various areas of mathematics, such as number theory, algebraic geometry, and mathematical physics. They are defined on the upper half-plane and transform in specific ways under the action of the modular group.
A well-known example of a modular form of higher level is the theta-series f(z) associated to an integer-valued positive-definite quadratic form F(x1
Modular forms are complex functions on the upper half-plane, crucial in Analytic Number Theory. They connect various mathematical concepts, like elliptic curves and L-functions, revealing deep relationships in number theory through their unique properties and transformations.
A function f : H C is called modular if it satisfies the following properties: f is meromorphic in the open upper half-plane H. For every integer matrix in the modular group , . The second condition implies that f is periodic, and therefore has a Fourier series.
A modular form f : H C of weight k for SL2(Z) is a function on H with the following properties: 1. f : H C is a holomorphic function (meromorphic function in case of a modular function). anqn, q = e2iz.
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A familiar example of modular arithmetic is the hour hand on a 12-hour clock. If the hour hand points to 7 now, then 8 hours later it will point to 3. Ordinary addition would result in 7 + 8 = 15, but 15 reads as 3 on the clock face.

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