Standard Model Predictions for Physics at High Energy Colliders

基本粒子物理学的理论分析将 确定预测的“标准模型”的基本 各种物理过程的力量， 在高能粒子对撞机上进行了实验研究， 现在和未来 这些过程包括生产 “携带”弱力的粒子，产生射流 以及假想的希格斯粒子的产生 与质量起源有关的粒子。 如果我们要 能够使用这些过程的实验数据作为证据 物理学的发展超越了 “标准模型”，那么我们首先要知道标准模型 对进程的预测。 因此，研究将 在这个项目中进行的是在搜索的重要一步， 超越标准模型的物理学

Theoretical analyses in elementary particle physics will determine the predictions of the "standard model" of the basic forces for a variety of physical processes which are to be explored experimentally at high energy particle colliders of the present and future. These processes include production of the particles which "carry" the weak force, production of jets of nuclear particles, and production of the hypothetical Higgs particle which is related to the origin of mass. If we are to be able to use experimental data on these processes as evidence of physics that goes beyond the well - established but limited "standard model," then we must first know the standard model predictions for the processes. Hence, the studies to be undertaken in this project are an important step in the search for physics beyond the standard model.