2013arXiv (Cornell University)Open access

Topological classification of Mobius transformations

Tetiana Rybalkina, Vladimir V. Sergeichuk

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Abstract

Linear fractional transformations on the extended complex plane are classified up to topological conjugacy. Recall that two transformations f and g are called topologically conjugate if there exists a homeomorphism h such that hg=fh.

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Linear fractional transformations on the extended complex plane are classified up to topological conjugacy. Recall that two transformations f and g are called topologically conjugate if there exists a homeomorphism h such that hg=fh.

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Available abstract

Linear fractional transformations on the extended complex plane are classified up to topological conjugacy. Recall that two transformations f and g are called topologically conjugate if there exists a homeomorphism h such that hg=fh.

Key concepts: Topological conjugacy, Homeomorphism (graph theory), Mathematics, Conjugacy class, Conjugate, Pure mathematics, Topology (electrical circuits), Combinatorics

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