2023Russian MathematicsRequires access

Fatou’s Theorem for A(z)-Analytic Functions

N. M. Zhabborov, Behzod Husenov

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Abstract

We consider $$A(z)$$ -analytic functions in case when $$A(z)$$ is anti-analytic function. This paper investigates the behavior near the boundary of the derivative of the function, $$A(z)$$ -analytic inside the $$A(z)$$ -lemniscate and with a bounded change of it at the boundary. Thus, this paper introduces the complex Lipschitz condition for $$A(z)$$ -analytic functions and proves Fatou’s theorem for $$A(z)$$ -analytic functions.

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What this paper is about

We consider $$A(z)$$ -analytic functions in case when $$A(z)$$ is anti-analytic function. This paper investigates the behavior near the boundary of the derivative of the function, $$A(z)$$ -analytic inside the $$A(z)$$ -lemniscate and with a bounded change of it at the boundary. Thus, this paper introduces the complex Lipschitz condition for $$A(z)$$ -analytic functions and proves Fatou’s theorem for $$A(z)$$ -analytic functions.

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Available abstract

We consider $$A(z)$$ -analytic functions in case when $$A(z)$$ is anti-analytic function. This paper investigates the behavior near the boundary of the derivative of the function, $$A(z)$$ -analytic inside the $$A(z)$$ -lemniscate and with a bounded change of it at the boundary. Thus, this paper introduces the complex Lipschitz condition for $$A(z)$$ -analytic functions and proves Fatou’s theorem for $$A(z)$$ -analytic functions.

Key concepts: Analytic function, Mathematics, Lipschitz continuity, Quasi-analytic function, Non-analytic smooth function, Bounded function, Boundary values, Global analytic function

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