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A problem from a university mathematics course, specifically from a complex analysis class. The problem asks students to compute the dimension of the complex vector space of analytic functions on a riemann surface obtained by identifying two copies of the complex plane via certain transformations. The problem refers to rouche's theorem, which will be proven in class, and provides additional problems for practice. This document could be useful for university students studying complex analysis, particularly those preparing for exams or assignments.
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Section 87 #1, # Section 87 #6 (for this problem, you will need Rouche’s theorem, which we will prove in class on Monday, Dec. 1)
Additional problem #1: Let E denote the result of glueing C to itself via the maps f 1 (z) = z + 1 and f 2 (z) = z + i (as demonstrated in class). It is a fact that an analytic function f : E → C is equivalent to an analytic function ˜g : C → C satisfying ˜g(z + 1) = ˜g(z) and ˜g(z + i) = ˜g(z). Compute the dimension of {f : E → C| f is analytic } as a complex vector space.