CAREER: Higher-Order Calculations for Precision and New Physics Studies at the Large Hadron Collider

该项目将改进SM及其超对称扩展的理论预测。为了充分利用大型强子对撞机的潜力来解开对称破缺和质量产生的起源，以及寻找和解开新物理学（如超对称性）的信号，这些改进是必要的。该项目涉及量子场论（辐射修正）中高阶效应的计算，并将其纳入大型强子对撞机过程的蒙特卡罗模拟，涉及希格斯和电弱规范扇区，顶夸克和超对称性粒子。这个项目的教育和推广部分包括三个部分：首先，将建立一个永久性的，互动的物理展览，将艺术与科学结合起来，在一个鼓舞人心和不令人生畏的环境中与公众进行关于物理的对话。高中学生和他们的老师，无论是科学的还是艺术的，都将积极参与到新的展览展示的建设中来。其次，在大学物理导论课程中实施“同伴指导”，并对其效果进行衡量。最后，本科生将有机会体验和参与粒子物理研究，使他们获得适用于粒子物理范围内外领域的技能。

This project will improve theoretical predictions within the SM and its supersymmetric extensions. These improvements are necessary in order to fully exploit the potential of the LHC to unravel the origin of symmetry breaking and mass generation, and to search for and disentangle signals of new physics, such as SUSY. The project involves the calculation of higher order effects in quantum field theory (radiative corrections), and the incorporation of these into Monte-Carlo simulations of LHC processes, involving the Higgs and electroweak gauge sector, the top quark, and SUSY particles. The education and outreach component of this project consists of three parts: Firstly, a permanent, interactive physics exhibition will be established, which will integrate Art with Science, to engage the general public in a dialog about physics in an inspiring and non-intimidating setting. High-school students and their teachers, both scientific and artistic oriented, will be actively involved in the construction of new exhibition displays. Secondly, 'Peer Instruction' will be implemented in introductory college physics courses, and its effectiveness will be measured. Finally, undergraduate students will be provided with an opportunity to experience and contribute to particle physics research, allowing them to acquire skills applicable to areas within and beyond the scope of particle physics.