On the D = 4, N = 2 Non-Renormalization Theorem

Phys.Lett. B433 (1998) 335-345 Using the harmonic superspace background field formulation for general D=4, N=2 super Yang-Mills theories, with matter hypermultiplets in arbitrary representations of the gauge group, we present the first rigorous proof of the N=2 non-renormalization theorem; specifica...

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Hauptverfasser:	Buchbinder, Ioseph L, Kuzenko, Sergei M, Ovrut, Burt A
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Schlagworte:	Physics - High Energy Physics - Theory
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creator	Buchbinder, Ioseph L Kuzenko, Sergei M Ovrut, Burt A
description	Phys.Lett. B433 (1998) 335-345 Using the harmonic superspace background field formulation for general D=4, N=2 super Yang-Mills theories, with matter hypermultiplets in arbitrary representations of the gauge group, we present the first rigorous proof of the N=2 non-renormalization theorem; specifically, the absence of ultraviolet divergences beyond the one-loop level. Another simple consequence of the background field formulation is the absence of the leading non-holomorphic correction to the low-energy effective action at two loops.
doi_str_mv	10.48550/arxiv.hep-th/9710142
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B433 (1998) 335-345 Using the harmonic superspace background field formulation for general D=4, N=2 super Yang-Mills theories, with matter hypermultiplets in arbitrary representations of the gauge group, we present the first rigorous proof of the N=2 non-renormalization theorem; specifically, the absence of ultraviolet divergences beyond the one-loop level. 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B433 (1998) 335-345 Using the harmonic superspace background field formulation for general D=4, N=2 super Yang-Mills theories, with matter hypermultiplets in arbitrary representations of the gauge group, we present the first rigorous proof of the N=2 non-renormalization theorem; specifically, the absence of ultraviolet divergences beyond the one-loop level. 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B433 (1998) 335-345 Using the harmonic superspace background field formulation for general D=4, N=2 super Yang-Mills theories, with matter hypermultiplets in arbitrary representations of the gauge group, we present the first rigorous proof of the N=2 non-renormalization theorem; specifically, the absence of ultraviolet divergences beyond the one-loop level. Another simple consequence of the background field formulation is the absence of the leading non-holomorphic correction to the low-energy effective action at two loops.</abstract><doi>10.48550/arxiv.hep-th/9710142</doi><oa>free_for_read</oa></addata></record>
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title	On the D = 4, N = 2 Non-Renormalization Theorem
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