Probing Electroweak Symmetry Breaking at High Energy Colliders

这项建议的核心是确定粒子物理标准模型和超越标准模型的新物理的精度测试，目前和未来的对撞机设施。重点将放在用于理解电弱对称破缺的探测器上，电弱对称破缺产生W玻色子和Z玻色子以及夸克的质量。PI建议理解终态相互作用对测量顶夸克-底夸克和W玻色子之间耦合的影响。他打算在QCD中进行更高阶的计算，以预测希格斯粒子的横向动量分布。将在标准模型中对大型强子对撞机上的W玻色子和Z玻色子的产生进行预测，该模型可以与由于额外维度而产生的奇异机制相比较。PI还打算研究中微子质量对标准模型超对称扩展的现象学的影响。

This proposal centers on determining precision tests of the Standard Model of particle physics and new physics beyond the Standard Model at present and future collider facilities. The focus will be on probes for understanding for electro weak symmetry breaking which generates the mass for the W and Z bosons as well as for the quarks. The PI proposes to understand the effects of final state interactions on the measurement of the coupling between the top quark-bottom quark and the W boson. He intends to carry out higher order calculations in QCD in order to predict the transverse momentum distribution for the Higgs particle. Predictions will be made for the pair production of W and Z Bosons at LHC in the standard model that can be compared with exotic production mechanisms due to extra dimensions. The PI also intends to investigate the effect of neutrino masses on the phenomenology of Supersymmetric extensions of the Standard Model.