Novel Mach Effect Sensor's ‘Improbable’ Observations (2016–2021)

P.M. Janssou, J. Schmalzel, N. Graneau, P. Kaladius, L. Baramidze, I.R. Maduka, J. Medina, E. Jansson, W. McGrath
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引用次数: 1

Abstract

This is the sixth peer-reviewed publication to report data from our novel, spherical Mach Effect electromagnetic sensor apparatus. The 2020–2021 current results were collected during the recent conjunction of Jupiter and Saturn on December 25th 2020 and again during an experimental run on February 23rd 2021. The observations of these three (3) additional high-sigma $(\geq 4\sigma)$ anomalies suggest that the Mach Effect is detectable and electromagnetic in its nature. These recent electromagnetic interactions represent observations 9, 10 and 11 completed by a third set of researchers. The novel sensor/detector creates reproducible results and, in such a manner, as to directionally “point” to significant “local” matter implicated as potential sources of inertia in a physical system. The probability that these results could be achieved randomly with zero false positives to date is less than 3.2 E-6. Applying Z-statistic probabilities to only the February outlier reduces this probability further to 8.4 E-9.
新型马赫效应传感器的“不可能”观测(2016-2021)
这是第六份同行评议的报告,报告了我们新型球形马赫效应电磁传感器装置的数据。2020 - 2021年的当前结果是在2020年12月25日木星和土星最近的合相期间收集的,并在2021年2月23日再次进行实验运行。对这三(3)个额外的高西格玛$(\geq 4\sigma)$异常的观测表明,马赫效应是可探测的,本质上是电磁的。这些最近的电磁相互作用代表了第三组研究人员完成的观测9、10和11。新型传感器/检测器产生可重复的结果,并以这种方式定向“指向”与物理系统中潜在惯性源有关的重要“局部”物质。到目前为止,这些结果在零误报的情况下随机获得的概率小于3.2 E-6。将z统计概率仅应用于2月份的异常值,将该概率进一步降低到8.4 E-9。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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