论文标题
量规玻色质量作为调节器
Gauge boson mass as regulator
论文作者
论文摘要
阿贝尔仪表理论的小X差异是使用仪表玻色子的质量参数来调节汉密尔顿动力学的前形式，这是通过类似于与全球仪表对称性的自发断裂的机制引入的。相应的紫外线和红外有限尺度依赖性重新归一化的汉顿人的家族是使用有效颗粒的重新归一化组逐阶可计算的。此处描述的二阶术语表明，假设计数的仪表玻色子质量不超过光子质量上的当前上限，则可能涉及解决小型X Parton和Frontform真空和零模式问题的质量校正幅度。
Small-x divergences of Abelian gauge theory in the front form of Hamiltonian dynamics are regulated using a mass parameter for gauge bosons, introduced through a mechanism analogous to the spontaneous breaking of global gauge symmetry. A corresponding family of ultraviolet and infrared finite scale-dependent renormalized Hamiltonians, is calculable order-by-order using the renormalization group procedure for effective particles. The second-order terms described here suggest the magnitude of mass corrections that may be involved in resolving the small-x parton and front-form vacuum and zero-mode problems, assuming that the gauge boson mass that counts does not exceed the current upper bound on the photon mass.
