在ATLAS实验上测量希格斯粒子与第三代夸克的汤川耦合常数以及对新物理的寻找

利用ATLAS探测器在13TeV对撞能量下即将采集的积分亮度大约120/fb的质子质子对撞事例样本，通过研究测量ttH,H→WW*过程和VH,H→bb过程，将在实验上首次观察到希格斯粒子的ttH和VH两个主要产生过程，同时测量希格斯粒子与顶夸克和底夸克的汤川耦合常数。最后将结果联合其他对希格斯粒子的测量结果进行联合统计分析，通过比较实验结果和标准模型理论与其它超出标准模型理论的预言，进一步加深对希格斯机制的理解，为寻找新物理提供重要的实验结果和可能的研究方向。

Using the proton-proton collision data sample to be collected by the ATLAS detector at 13 TeV with an integrated luminosity about 120/fb, we will study two Higgs production processes: ttH,H→WW* and VH,H→bb. This will be the first time to observe the two Higgs production modes of ttH and VH. From the cross section measurement, the Higgs Yukawa couplings to the top and bottom quarks can be derived with much higher precision than before. The combined analysis of this analysis results with the other Higgs analysis results，will deepen our understanding about the Higgs mechanism, and will also provide very important experimental results for searching for any evidence of the new physics, with comparison to the predictions by the Standard Model theory and the other theories beyond Standard Model theory.