Physics Beyond the Standard Model

在未来五年内，大型强子对撞机将探测电弱能量标度，并提供有关质量起源，暗物质和力统一的信息。与此同时，正在进行的和未来的中微子实验将给我们关于中微子质量和轻子数破坏的可能性的信息。 受此启发，该提案的现象学方面将由两位PI（Mohapatra和Luty）进行，重点关注标准模型之外可能的新物理及其对当前和未来实验的影响。研究的领域将是超对称性及其破缺、TeV量级的强动力学、额外维度和力的大统一。 在更多的理论方面，另一个PI（盖茨）将专注于超对称性和弦理论的数学结构，以开发与现象学应用相关的工具。 更广泛的影响是一个实质性的教育和推广的组成部分，这将涉及卫生部。以及来自历史悠久的黑人学校的本科生。 也将与数学和实验组的协同作用。

In the next five years, the Large Hadron Collider will probe the electroweak energy scale and provide information about the origin of mass, dark matter and the unification of forces. At the same time ongoing and future neutrino experiments will give us information about neutrino masses and the possibility of lepton number violation. Motivated by this, the phenomenological side of the proposal which will be carried out by two PIs on this proposal (Mohapatra and Luty) focuses on possible new physics beyond the standard model and their implications for current and future experiments. Areas to be investigated will be supersymmetry and its breaking, strong dynamics at the TeV scale, extra dimensions and grand unification of forces. On the more theoretical side another PI (Gates) will focus on the mathematical structure of both supersymmetry and string theory in order to develop tools relevant for phenomenological applications. The broader implications are a substantial education and outreach component which will involve H.S. and undergraduate students coming from historically black institutions. There will also be synergy with Mathematics and experimental groups.