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arXiv 2210.04070math.NTmath.CO
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广义Alder型分拆不等式

Generalized Alder-Type Partition Inequalities

Liam Armstrong, Bryan Ducasse, Thomas Meyer, Holly Swisher

摘要:

在2020年,Kang和Park证明了一个包含第二个Rogers-Ramanujan恒等式的"水平$2$" Alder型分割不等式。邓肯、第四作者Khunger和Tamura利用"移位"不等式证明了Kang和Park的猜想,并进一步证明了一个较弱的推广,将Alder的猜想(现已证明)以及Kang和Park的猜想扩展到一般水平。利用一个修正的移位不等式,稻垣和田村最近证明了康和公园猜想成立的水平$3$在所有,但在许多情况下。他们进一步证明了一个更强的移位不等式,这意味着除了1000种情况外,所有情况下都有一个一般的水平结果。在这里,我们证明了他们的猜想足够大的$n$,推广的结果为任意移动,并讨论了Alder型划分不等式的影响。

英文摘要:

In 2020, Kang and Park conjectured a "level $2$" Alder-type partition inequality which encompasses the second Rogers-Ramanujan Identity. Duncan, Khunger, the fourth author, and Tamura proved Kang and Park's conjecture for all but finitely many cases utilizing a "shift" inequality and conjectured a further, weaker generalization that would extend both Alder's (now proven) as well as Kang and Park's conjecture to general level. Utilizing a modified shift inequality, Inagaki and Tamura have recently proven that the Kang and Park conjecture holds for level $3$ in all but finitely many cases. They further conjectured a stronger shift inequality which would imply a general level result for all but finitely many cases. Here, we prove their conjecture for large enough $n$, generalize the result for an arbitrary shift, and discuss the implications for Alder-type partition inequalities.

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