
核心公式与实验验证汇总(基于CODATA 2022) 编号 公式名称 数学表达式 理论预测值 实验参考值 (CODATA 2022) 相对偏差 1 核心简化公式(中子-质子质量比) mnmp=5/α⌊5/α⌋=W⌊W⌋\frac{m_n}{m_p} = \frac{\sqrt{5}/\alpha}{\lfloor\sqrt{5}/\alpha\rfloor} = \frac{W}{\lfloor W \rfloor}mpmn=⌊5/α⌋5/α=⌊W⌋W其中 W=5⋅α−1W = \sqrt{5}\cdot\alpha^{-1}W=5⋅α−1 1.00137845382 1.00137841907 3.47×10−83.47\times 10^{-8}3.47×10−8 2 质子-电子质量比(零参数) μp=6⌊W⌋=1836\mu_p = 6\lfloor W \rfloor = 1836μp=6⌊W⌋=1836 1836 1836.15267343 8.31×10−58.31\times 10^{-5}8.31×10−5 3 中子-电子质量比(零参数) μn=6W=1838.530841...\mu_n = 6W = 1838.530841...μn=6W=1838.530841... 1838.530841 1838.68366 8.31×10−58.31\times 10^{-5}8.31×10−5 4 中子-电子质量比(含修正参数Δ) μn=6W(1+Δ)\mu_n = 6W(1+\Delta)μn=6W(1+Δ)Δ=8.314854×10−5\Delta = 8.314854\times 10^{-5}Δ=8.314854×10−5 1838.6836979 1838.68366 2.06×10−82.06\times 10^{-8}2.06×10−8 5 反推精细结构常数(修正路径) αrecon−1=μnexp65(1+Δ)\alpha^{-1}_{\text{recon}} = \frac{\mu_n^{\text{exp}}}{6\sqrt{5}(1+\Delta)}αrecon−1=65(1+Δ)μnexp 137.035994206 137.035999084 3.56×10−83.56\times 10^{-8}3.56×10−8 6 统一标度参数 M∗M_*M∗(双路径一致性) M∗=meμp⌊W⌋=mnW\mathcal{M}_* = \frac{m_e\mu_p}{\lfloor W \rfloor} = \frac{m_n}{W}M∗=⌊W⌋meμp=Wmn 3.06694375 MeV(质子/中子路径差值) 3.06694375 MeV(平均) 2.02×10−82.02\times 10^{-8}2.02×10−8(路径间差异) 7 核子质量差(零参数) Δμ=6⋅frac(W)=2.530841...\Delta\mu = 6\cdot\text{frac}(W) = 2.530841...Δμ=6⋅frac(W)=2.530841... 2.530841 2.53098657 5.75×10−55.75\times 10^{-5}5.75×10−5 关键参数定义 WWW: 几何-电磁耦合参数 =5⋅α−1=306.421806869...= \sqrt{5} \cdot \alpha^{-1} = 306.421806869...=5⋅α−1=306.421806869... ⌊W⌋\lfloor W \rfloor⌊W⌋: 整数锚定值 =306= 306=306(跨CODATA 2014/2018/2022 100%稳定) Δ\DeltaΔ: 质子质量相对偏差 =μpexp−6⌊W⌋μpexp=8.314854×10−5= \dfrac{\mu_p^{\text{exp}}-6\lfloor W \rfloor}{\mu_p^{\text{exp}}} = 8.314854\times 10^{-5}=μpexpμpexp−6⌊W⌋=8.314854×10−5 精度分级说明 10−810^{-8}10−8 量级(公式1、4、5、6):核心异常关系,精度远超典型唯象公式 10−510^{-5}10−5 量级(公式2、3):整数近似精度,显示"0.15尾数"系统性偏差 10−410^{-4}10−4 量级(公式7):质量差预测,反映当前公式对绝对质量差的描述局限 整数锚定安全性 ⌊W⌋=306\lfloor W \rfloor = 306⌊W⌋=306 的稳定性窗口:136.8630.17,相当于>800万倍标准差
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