On Lie's classification of nonsolvable subalgebras of vector fields on the plane
classification
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classificationfieldsplanesubalgebrasvectorcitecomplexdimensional
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A brief proof of Lie's classification of finite dimensional subalgebras of vector fields on the complex plane that have a proper Levi decomposition is given. The proof uses basic representation theory of sl(2, C). This, combined with \cite{ABF2} and \cite{ABF3} completes the classification of finite dimensional subalgebras of vector fields on the complex plane.
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Lie's classification of finite dimensional algebras of Vector Fields in C^N
Outlines brief proofs of Lie's classification for finite dimensional vector field subalgebras in low dimensions and maximal rank algebras in C^N for arbitrary N.
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