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A new extension of the (H.2) supercongruence of Van Hamme for primes $$p\equiv 3\pmod {4}$$ p ≡ 3 ( mod 4 )
The Ramanujan Journal ( IF 0.7 ) Pub Date : 2021-02-10 , DOI: 10.1007/s11139-020-00369-5
Victor J. W. Guo

Using Andrews’ multiseries generalization of Watson’s \(_8\phi _7\) transformation, we give a new extension of the (H.2) supercongruence of Van Hamme for primes \(p\equiv 3\pmod {4}\), as well as its q-analogue. Meanwhile, applying the method of ‘creative microscoping’, recently introduced by the author and Zudilin, we establish some further q-supercongruences modulo \(\Phi _n(q)^3\), where \(\Phi _n(q)\) denotes the nth cyclotomic polynomial in q.



中文翻译:

Van Hamme的(H.2)超同余对素数$$ p \ equiv 3 \ pmod {4} $$ p≡3(mod 4)的新扩展

使用安德鲁斯(Andrews)对Watson \(_ 8_phi _7 \)变换的多系列概括,我们给出了Van Hamme对素数\(p \ equiv 3 \ pmod {4} \)的(H.2)超同余的新扩展,如下以及它的q模拟。同时,应用作者和Zudilin最近介绍的“创造性微观范围”方法,我们建立了进一步的q-超同余模\(\ Phi _n(q)^ 3 \),其中\(\ Phi _n(q)\ )表示q中的n个环原子多项式。

更新日期:2021-02-11
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