RUI: Supersymmetry and Quantum Field Theory

基本粒子物理的理论研究将涉及超对称量子场论的各个方面。这一理论将夸克等“费米子”与“玻色子”等“玻色子”联系起来，这些粒子的交换产生了自然力的基本力。主要的推动力将包括超对称性和拓扑电荷之间的相互作用，这是物理系统的广泛形状的反映，以及超对称理论的结果产生非超对称理论的结果的方法。超对称性是解决基本粒子物理学中长期存在的谜团的一种有吸引力的方法，这项研究的重点被认为是在超对称性范围内进行工作的有前途的途径。

Theoretical research in elementary particle physics will concern various aspects of supersymmetric quantum field theory. This theory relates "fermions" such as quarks to "bosons" such as the particles whose exchange produces the basic forces of nature. Major thrusts will include the interplay between supersymmetry and topological charges, which are reflections of the broad shapes of physical systems, and ways in which results for supersymmetric theories yield results for non-supersymmetric theories. Supersymmetry is an attractive approach to the solution of long-standing riddles in elementary particle physics, and the thrusts of this research are regarded as promising avenues of work within supersymmetry.