Research in High Energy Theory and Astroparticles (Physics)

在高能理论中提出了以下领域的研究： 超引力和超弦理论 计划进行的研究包括 这些理论的现象学后果的调查 以及它们的理论结构。 在前一个地区， 计划分析新的物理信号， 在即将上线的加速器上检测到（Tevatron， SLC，LEP）和未来的质子衰变实验。 在后一 超弦理论的分析，提出了涉及 重粒子的作用、超对称破缺等问题 和orbifolds，统一的Polyakov形式主义，和 高循环振幅的特性。 这项工作将由一位非常受人尊敬的 理论基本粒子物理学家，是重要的， 进一步加深了我们对基本粒子的理解， 的基本力量。

Research is proposed in high energy theory in the areas of supergravity and superstring theory. Studies planned include investigation of phenomenological consequences of these theories as well as their theoretical structure. In the former area, analyses are planned of new physics signals that might be detected at accelerators which will shortly be on line (Tevatron, SLC, LEP) and at future proton decay experiments. In the latter area, analyses of superstring theories are proposed involving questions of the role of heavy particles, supersymmetry breaking and orbifolds, unitarity of the Polyakov formalism, and properties of high loop amplitudes. The work to be carried out by a very highly-regarded theoretical elementary particle physicist, is important to the furthering of our understanding of the elementary particles and of the basic forces.