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Some Properties of U(iV) Gauge Theory with Partially Broken Supersymmetry

机译:U(iV)表观理论与部分不对称超对称性

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摘要

One of the important progresses in recent years in theoretical physics is the discovery of duality in super Yang-Mills theory and super-string theory. In particular, it was suggested that the computation of the effective superpotential of Af = 2 supersymmetric U(iV) gauge theory softly broken to A/" = 1 by adding the single tr ace super-potential, W(φ) = ∑_k=1~nTrφk/k!, is reduced to that of bosonic matrix model [I], If AT = 2 super symmetry is broken spontaneously [2], one can see interesting differences, such as non-decoupling of the overall U(l) sector. It leads to the following questions: how are the effective superpotential and also the correspondence to the matrix model modified by spontaneous breaking?
机译:近年来理论物理学方面的重要进展之一是在超级杨米尔斯理论和超级弦理论中发现了对偶性。尤其是,建议通过添加单个迹线超电势W(φ)= ∑_k =,将Af = 2超对称U(iV)规范理论的有效电势软分解为A /“ = 1 1〜nTrφk/ k !,简化为玻色子矩阵模型的[I],如果AT = 2超对称性自然破裂[2],则可以看到有趣的差异,例如整个U(l)的不去耦这会导致以下问题:如何通过自发破坏来修改有效超势以及与矩阵模型的对应关系?

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