Theoretical High Energy Physics

拟议的研究涉及三个项目。一是利用格点规范理论对退禁闭跃迁前后真空结构的重夸克势、弦张力等定量测量进行了精确的数值计算。我们的目标是更好地理解监禁。第二个领域是探索新的手征费米子公式，并比较数值方法和分析方法。然后，这些新的公式将被应用于理解在有限温度下的手性对称性破坏和恢复。第三个研究领域是使用引力子作为Nambu Goldstone玻色子的想法来研究可能违反标准模型的洛伦兹对称性的扩展。这个想法最早是由比约肯提出的。

The proposed research involves three projects. The first is to make an accurate numerical computation of the heavy quark potential string tension and other quantitative measures of the vacuum structure above and below the deconfinement transition using Lattice Gauge Theory. The goal is to better understand confinement. The second area is to explore new chiral fermion formulations and compare numerical and analytical methods. These new formulations will then be applied to understanding chiral symmetry breaking and restoration at finite temperature. The third area of research is to look at possible Lorentz symmetry violating extensions of the Standard model using the idea of gravitons as Nambu Goldstone bosons. This idea was first suggested by Bjorken.