Ahling-Ono猜想的一种显式方法
An explicit approach to the Ahlgren-Ono conjecture
摘要:
令$p(n)$为分拆函数。Ahlgren和Ono指出,每一个等差数列都包含无穷多个整数$N$,对于这些整数,$p(N)$与$0\pmod{3}$不全等。Radu在2010年使用Deligne和Rapoport的工作证明了这个猜想。本文利用Boylan和Ono的方法,推广了Serre关于Hecke代数的局部幂零性的结果,在等差数列的模是$3$的幂的特殊情况下,给出了Ahlgren和Ono猜想的一个较简单的证明.
英文摘要:
Let $p(n)$ be the partition function. Ahlgren and Ono conjectured that every arithmetic progression contains infinitely many integers $N$ for which $p(N)$ is not congruent to $0\pmod{3}$. Radu proved this conjecture in 2010 using work of Deligne and Rapoport. In this note, we give a simpler proof of Ahlgren and Ono's conjecture in the special case where the modulus of the arithmetic progression is a power of $3$ by applying a method of Boylan and Ono and using work of Bellaïche and Khare generalizing Serre's results on the local nilpotency of the Hecke algebra.
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