Abstract

We present the results for two-loop massive kite master integrals with elliptics in terms of iterated integrals with algebraic kernels. The key ingredients are new integral representations for sunset subgraphs in d=4−2εd=4-2ε and d=2−2εd=2-2ε dimensions together with differential equations for considered kite master integrals in A+BεA+Bε form. The obtained results can be easily generalized to all orders in εε-expansion and show that the class of functions defined as iterated integrals with algebraic kernels may be large enough for writing down results for a large class of massive Feynman diagrams.

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