Relativistic Quantum Theory and the Interactions of Elementary Particles (Physics)

在相对论量子场论和基本粒子物理的几个主题将被检查。统一规范理论和超弦理论的技术将用于探索超越标准模型的物理。主要研究领域包括：(1)大统一理论和超弦模型中中微子的性质及其宇宙学意义；(2)来自超弦的夸克-轻子物理；(3)对超越标准模型的物理学的现象学探索；(4)对泡利不相容原理的一个可能的小违反的现象学。(5)利用色散理论研究双光子交换引起的带电粒子间的远程力；(6)改进类氦离子能级的计算；(7)重原子虚对和辐射效应的计算方法研究；(8)探索检测违反时间反转不变性的新可能性。

Several topics in relativistic quantum field theory and elementary particle physics will be examined. The techniques of unified gauge theories and superstring theories will be used to explore physics beyond the standard model. Major areas of study include: (1) properties of neutrinos in grand unified theories and superstring models and their cosmological implications; (2) quark-lepton physics from superstrings; (3) phenomenological search for physics beyond the standard model; (4) phenomenology of a possible small violation of the Pauli exclusion principal. it is also planned to: (5) use dispersion theory to study long range forces between charged particles arising from two photon exchange; (6) improve calculations of energy levels of helium- like ions; (7) study methods for calculation of virtual pair and radiative effects in heavy atoms; (8) investigate new possibilities for detecting violations of time-reversal invariance.