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arXiv 1409.4339hep-phhep-ex
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反常辐射跃迁

Anomalous radiative transitions

Kenzo Ishikawa, Toshiki Tajima, Yutaka Tobita

摘要:

研究了标准模型中由$\partial_μ G^μ$形式的多体相互作用产生的光子反常跃迁。这并不影响块体的运动方程,但使波函数发生了变化,并引起了以几率与时间无关为特征的异常跃迁。在过渡概率在时间间隔$T$一般表示的形式$P=T Γ_0 +P^{(d)}$,现在与$ P^{(d)} \neq 0 $。衍射项$P^{(d)}$起源于初态和终态波的重叠,并揭示了波的特性。特别是,通常被朗道-杨定理($Γ_0=0$)禁止的中微子-光子相互作用过程通过边界相互作用表现出来。新的术语导致物理过程在很宽的能量范围内具有有限的概率。基于这个折射项,提出了利用激光探测中微子的新方法,使中微子的探测能力提高了许多个数量级。

英文摘要:

Anomalous transitions involving photons derived by many-body interaction of the form, $\partial_μ G^μ$, in the standard model are studied. This does not affect the equation of motion in the bulk, but makes wave functions modified, and causes the unusual transition characterized by the time-independent probability. In the transition probability at a time-interval $T$ expressed generally in the form $P=T Γ_0 +P^{(d)}$, now with $ P^{(d)} \neq 0 $. The diffractive term $P^{(d)}$ has the origin in the overlap of waves of the initial and final states, and reveals the characteristics of waves. In particular, the processes of the neutrino-photon interaction ordinarily forbidden by Landau-Yang's theorem ($Γ_0=0$) manifests itself through the boundary interaction. The new term leads to physical processes over a wide energy range to have finite probabilities. New methods of detecting neutrinos using laser are proposed that are based on this difractive term, which enhance the detectability of neutrinos by many orders of magnitude.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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