Riemann零点与循环重整化群
The Riemann zeros and the cyclic Renormalization Group
摘要:
我们提出了一个一致的量子化的Berry-Keating哈密顿量x p,这是目前讨论的黎曼ζ函数的非平凡零。精确地再现了黎曼零点计数公式的光滑部分。零点出现,而不是作为本征态,但在频谱中的失踪状态,在协议与康纳斯adelic方法的黎曼假设。该模型是精确可解和可重正化的,具有循环重正化群。这些结果是通过将Berry-Keating模型映射到Russian doll超导模型中得到的。最后,我们提出了这些模型的推广,试图解释黎曼公式的振荡部分。
英文摘要:
We propose a consistent quantization of the Berry-Keating Hamiltonian x p, which is currently discussed in connection with the non trivial zeros of the Riemann zeta function. The smooth part of the Riemann counting formula of the zeros is reproduced exactly. The zeros appear, not as eigenstates, but as missing states in the spectrum, in agreement with Connes adelic approach to the Riemann hypothesis. The model is exactly solvable and renormalizable, with a cyclic Renormalization Group. These results are obtained by mapping the Berry-Keating model into the Russian doll model of superconductivity. Finally, we propose a generalization of these models in an attempt to explain the oscillatory part of the Riemann's formula.
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