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arXiv 1208.5643math.NTmath.CO
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多元微积分(一)

Multizeta Calculus (I)

Joel Merker

摘要:

根据Hoffman的(2,3)猜想,所谓的双重洗牌关系应该意味着每个多重zeta值应该有效地用其条目等于2或3的多重zeta表示,并具有一些显式可计算的有理系数。2011年2月,Francis Brown在所有权重下建立了这种Q-线性组合的存在性。尽管如此,仍然存在对有效访问这些系数的期望。在2008年,Masanobu Kaneko、Masayuki Noro和Ken'ichi Tsurumaki证明,在20个权重下,实际上,第一个成员等于zeta(1)、zeta(2)、zeta(3)或zeta(2,1)的双洗牌关系就足够了。我们提供了一般的闭公式,这样四个家庭的双重洗牌关系,第二个成员是一个任意的multizeta。最长的公式,对于zeta(3)和zeta(2,1),每个都有2页长。这次预出版只是朝着这个方向迈出的第一步。

英文摘要:

According to Hoffman's (2,3)-conjecture, the so-called double shuffle relations should imply that every multiple zeta value should express effectively in terms of multizetas whose entries are equal to either 2 or 3, with some explicitly computable rational coefficients. In February 2011, the existence of such Q-linear combinations was established by Francis Brown in all weights. Still, a desire exists to have effective access to these coefficients. In 2008, Masanobu Kaneko, Masayuki Noro and Ken'ichi Tsurumaki showed, up to weight 20, that in fact, double shuffle relations with first member equal to zeta(1), to zeta(2), to zeta(3) or to zeta(2,1) suffice. We provide general closed formulas for such four families of double shuffle relations, with second member being an arbitrary multizeta. The longest formulas, for zeta(3) and for zeta(2,1), are 2 pages long each. This prepublication is just a first step in this direction.

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