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Omni-MATH / Does there exist positive integers n₁,n₂,…,n₂₀₂₂ such that the number (n₁²⁰²⁰+n₂²⁰¹⁹)(n₂²⁰²⁰+n₃²⁰¹⁹)⋯(n₂₀₂₁²⁰²⁰+n₂₀₂₂²⁰¹⁹)(n₂₀₂₂²⁰²⁰+n₁²⁰¹⁹) is a power of 11?

Problem

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problem

Does there exist positive integers n1,n2,…,n2022n_1, n_2, \dots, n_{2022} such that the number (n12020+n22019)(n22020+n32019)⋯(n20212020+n20222019)(n20222020+n12019) \left( n_1^{2020} + n_2^{2019} \right)\left( n_2^{2020} + n_3^{2019} \right) \cdots \left( n_{2021}^{2020} + n_{2022}^{2019} \right)\left( n_{2022}^{2020} + n_1^{2019} \right) is a power of 1111?
Plain-text mathematical notation (without MathML)
Does there exist positive integers n₁,n₂,…,n₂₀₂₂ such that the number
(n₁²⁰²⁰+n₂²⁰¹⁹)(n₂²⁰²⁰+n₃²⁰¹⁹)⋯(n₂₀₂₁²⁰²⁰+n₂₀₂₂²⁰¹⁹)(n₂₀₂₂²⁰²⁰+n₁²⁰¹⁹)
is a power of 11?
Original LaTeX notation
Does there exist positive integers $n_1, n_2, \dots, n_{2022}$ such that the number
$$
  \left( n_1^{2020} + n_2^{2019} \right)\left( n_2^{2020} + n_3^{2019} \right) \cdots \left( n_{2021}^{2020} + n_{2022}^{2019} \right)\left( n_{2022}^{2020} + n_1^{2019} \right)
$$
is a power of $11$?

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