RUI: Lattice Field Theory and Magnetic Monopoles

9403869理论粒子物理学中的温斯利研究将专注于夸克禁闭现象。夸克是构成核子的基本粒子。实验证据表明，夸克是受限的，也就是说，它们被如此紧密地束缚在核子中，以至于它们不能作为自由和独立的粒子存在。夸克之间的作用力的计算将使用计算机数值模拟进行。这些计算将阐明导致夸克禁闭的物理机制。磁单极子是电荷的磁性类比，已经被提出作为限制机制。该项目的结果将对磁单极子限制方案进行严格的测试。确定夸克如何在核子内束缚，对于我们理解自然界中的基本粒子至关重要。***

9403869 Wensley Research in theoretical particle physics will focus on the phenomena of quark confinement. Quarks are the fundamental particles which are the constituents of nucleons. Experimental evidence indicates that quarks are confined that is, they are so tightly bound within the nucleon that they cannot exist as free and separate particles. Calculations of the forces between quarks will be performed using numerical computer simulations. These calculations will shed light on the physical mechanism that causes the confinement of quarks. Magnetic monopoles, the magnetic analogue of electric charges, have been proposed as the confinement mechanism. The results of this project will provide a stringent test of the magnetic monopole confinement scenario. Determining how quarks are bound within nucleons is crucial for our understanding of the fundamental particles in nature. ***