黑色素瘤的行星依赖性

K. Zioutas, Edward Valachovic
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引用次数: 6

摘要

根据对美国1973-2011年期间每月黑色素瘤发病率的分析,我们提出了行星相关性的特征。除季节性观测外,据我们所知,医学中首次观测到行星关系。统计显著性远高于5[公式:见正文],而各种交叉检查使系统学极不可能成为原因。在物理学中观察到的行星相关性为这项研究提供了启示,它扩展了原本意想不到的行星联系。因此,从暗区流出的不可见物质,其通量偶尔会通过行星引力聚焦而增强,甚至被太阳更强,这可能是1-10%黑色素瘤诊断的原因。衍生出的约87.5天的最短黑色素瘤周期本身指向约几个月的短潜伏期。相反,目前的发现强化了先前关于不可见物质流的物理学主张。
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Planetary Dependence of Melanoma
We present signature for planetary correlations following an analysis of monthly melanoma rates in USA for the period 1973–2011. Apart from seasonal observations, to the best of our knowledge, a planetary relationship in medicine is observed for the first time. The statistical significance is well above 5[Formula: see text], while various crosschecks make systematics highly improbable as the cause. The observed planetary dependence in physics was suggestive for this investigation, which extends the otherwise unexpected planetary connection. Thus, streaming invisible matter from the dark sector, whose flux can be occasionally enhanced towards the Earth via planetary gravitational focusing, and, even much stronger by the Sun, it may be the explanation for 1–10% of melanoma diagnoses. The derived shortest melanoma periodicity of about 87.5 days points in its own right at a short latency period of about few months. Contrariwise, the present findings strengthen the previous physics claim of streams of invisible matter.
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