六个观测结果与电子中微子是具有质量的快子一致：$m_{ν_e}^2=-0.11 \pm 0.016 eV^2$
Six observations consistent with the electron neutrino being a tachyon with mass: $m_{ν_e}^2=-0.11 \pm 0.016 eV^2$
摘要：
六个观测数据的基础上，并拟合数据从不同的领域是一致的假设，即电子中微子是一个$m_{ν_e}^2 = -0.11 \pm 0.016 eV^2$快子。这些数据来自包括CMB波动、引力透镜、宇宙线光谱、中微子振荡和$0ν$双β衰变等领域。对于六个观测值中的每一个，在明确陈述的假设下计算$m_{ν_e}^2,$的值是可能的，并且发现六个值与上面引用的$ν_e$质量$(χ^2=2.73).$显著一致。没有已知的观测值与所要求的结果明显冲突。建议进行三项检查，以检验索赔的有效性，其中一项可以使用现有数据进行。
英文摘要：
Six observations based on data and fits to data from a variety of areas are consistent with the hypothesis that the electron neutrino is a $m_{ν_e}^2 = -0.11 \pm 0.016 eV^2$ tachyon. The data are from areas including CMB fluctuations, gravitational lensing, cosmic ray spectra, neutrino oscillations, and $0ν$ double beta decay. For each of the six observations it is possible under explicitly stated assumptions to compute a value for $m_{ν_e}^2,$ and it is found that the six values are remarkably consistent with the above cited $ν_e$ mass $(χ^2=2.73).$ There are no known observations in clear conflict with the claimed result. Three checks are proposed to test the validity of the claim, one of which could be performed using existing data.
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