论文标题
SMEFT可以通过多higgs测量（即使没有新的光颗粒）进行伪造
SMEFT is falsifiable through multi-Higgs measurements (even in the absence of new light particles)
论文作者
论文摘要
从标准模型有效场理论（SMEFT）的嵌入中，在更一般的Higgs有效野外理论（HEFT）中，我们公开了后者系数之间的相关性，如果发现在将来的数据中被发现违反，则会导致SMEFT框架的实验性伪造。这些源自SMEFT Lagrangian的必要对称点和分析性，该点允许SMEFT扩展的构建，如其他群体所规定的，以及在Higgs-flare函数$ \ Mathcal {f}（f}（f}（h）$ coupling Goldstone和Higgs bosons $ the higgs $ v的Higgs $ v的Higgs-flare函数$ \ Quark $ the gig the higggs $ v（耦合函数$ \ MATHCAL {G}（H）$。
From the embedding of the Standard Model Effective Field Theory (SMEFT) in the more general Higgs Effective Field Theory (HEFT), we expose correlations among the coefficients of the latter that, if found to be violated in future data, would lead to the experimental falsification of the SMEFT framework. These are derived from the necessary symmetric point of HEFT and analyticity of the SMEFT Lagrangian that allows the construction of the SMEFT expansion, as laid out by other groups, and properties at that point of the Higgs-flare function $\mathcal{F}(h)$ coupling Goldstone and Higgs bosons, of the Higgs potential $V(h)$ and of the Higgs-top quark coupling function $\mathcal{G}(h)$.
