论文标题
探测未来MUON COLLIDER的光子诱导碰撞中异常中性三重量规耦合的探测
Probe of the anomalous neutral triple gauge couplings in photon-induced collision at future muon colliders
论文作者
论文摘要
通过$μ^+μ^ - \，\ rightArrow \，μ^+γ^*^*μ^ - \ rightArrow \ rightArrow \ rightArrow \\，μ^+z（μ^+z（μ^+coll），$^+μ^ - ^+coll in the Atthe Anomalial $ZZγ$和$zγγ$中性三重计耦合进行了由维度八操作员进行的。 $ \ sqrt {s} = 3 $，$ 6 $，$ 10 $和$ 14 $ tev。在分析中，考虑了带电的Lepton伪宽度，带电的Lepton横向动量和横向缺失的能量分布。 The sensitivities of the anomalous couplings are obtained at $95\%$ Confidence Level with integrated luminosity of ${\cal L}_{\text{int}}=1$, $4$, $10$ and $20$ ab$^{-1}$, respectively, according to center-of-mass energies of muon collider taking into account the effects of systematic uncertainties $ 0 \％$，$ 3 \％$和$ 5 \％$。异常$ c_ {bb}/{λ^4} $，$ c_ {bw}/{λ^4} $，$ c _ {\ widetilde {b} w}/{λ^4} $和$ c_ {ww} $ countity的最佳极限TEV和20 Ab $^{ - 1} $的集成光度为[-0.01026; 0.00636] TEV $^{ - 4} $，[-0.02482; 0.03053] TEV $^{ - 4} $，[-0.01830; 0.02510] TEV $^{ - 4} $，[-0.06981; 0.07387] TEV $^{ - 4} $。
The anomalous $ZZγ$ and $Zγγ$ neutral triple gauge couplings occurred by dimension-eight operators are investigated through the process $μ^+μ^-\,\rightarrow\,μ^+γ^*μ^-\,\rightarrow\,μ^+ Z(ν\barν)μ^-$ at the muon collider with $\sqrt{s}=3$, $6$, $10$ and $14$ TeV. The charged lepton pseudo-rapidity, the charged lepton transverse momentum and the transverse missing energy distributions are taken in consideration for the final state of the process in the analysis. The sensitivities of the anomalous couplings are obtained at $95\%$ Confidence Level with integrated luminosity of ${\cal L}_{\text{int}}=1$, $4$, $10$ and $20$ ab$^{-1}$, respectively, according to center-of-mass energies of muon collider taking into account the effects of systematic uncertainties $0\%$, $3\%$ and $5\%$. The best limits of anomalous $C_{BB}/{Λ^4}$, $C_{BW}/{Λ^4}$, $C_{\widetilde{B}W}/{Λ^4}$ and $C_{WW}/{Λ^4}$ couplings without systematic uncertainty at center-of-mass energy of 14 TeV and integrated luminosity of 20 ab$^{-1}$ are found to be [-0.01026; 0.00636] TeV$^{-4}$, [-0.02482; 0.03053] TeV$^{-4}$, [-0.01830; 0.02510] TeV$^{-4}$, [-0.06981; 0.07387] TeV$^{-4}$, respectively.
