论文标题
将QCD校正重新校正，以在Z Pole的电子峰值碰撞中重夸克的前向噪声不对称：真的是一个问题吗？
Revisiting QCD corrections to the forward-backward charge asymmetry of heavy quarks in electron-positron collisions at the Z pole: really a problem?
论文作者
论文摘要
我们详细介绍了QCD校正对$ \ Mathrm {e^+e^ - \ rightArrow q \ qu \ oftline {q}（g）} $进程的QCD校正对重夸克的测量。我们表明，通过使用简单的射流锁紧性切割，可以通过数量级减小这些校正的大小。预计在$δ\ mathrm {a_ {a_ {a_ {fb}^{0，q}} \大约10^{ - 4} $级别上，这种减少会导致系统的不确定性，以使高精度电动型电动测量的途径在未来的高光度$ \ mathrm $ \ mathrm andrive y Mathrm^e^e^e^+e^ - } $ collide中开放了高精度电动型的途径。
We review in some detail the QCD corrections to the measurement of the forward-backward charge asymmetry of heavy quarks in the $\mathrm{e^+e^-\rightarrow Q\overline{Q}(g)}$ process at the Z pole. We show that the size of these corrections can be reduced by an order of magnitude by using simple cuts on jet acollinearity. Such a reduction is expected to lead to systematic uncertainties at the $Δ\mathrm{A_{FB}^{0,Q}} \approx 10^{-4}$ level, opening up the path to high precision electroweak measurements with heavy flavors at future high luminosity $\mathrm{e^+e^-}$ colliders like the FCC-ee.
