Nuclear Matter in Collision (Physics)

该项目的目标是研究和确定核物质的性质，正如在重核的中高能碰撞中所探测的那样，并在格林函数理论中发展近似来处理这种状态下的物质。平衡态和基态的性质可以用一致的方式处理，所得的格林函数可以应用于碰撞中的核物质。核物质的状态方程和输运性质将在广泛的密度和温度范围内计算，使用实时平衡格林函数。从非平衡格林函数理论出发，导出了具有平均场和碰撞项的相对论输运方程。

The goal of this project is to study and identify the properties of nuclear matter, as probed in intermediate and high energy collisions of heavy nuclei, and to develop approximations in Green's function theory to treat matter in this regime. Properties of the equilibrium and ground state can be addressed in a consistent manner, and the resultant Green's functions can be applied to nuclear matter in collision. The nuclear matter equation of state and transport properties will be calculated for a broad range of densities and temperatures, using real-time equilibrium Green's functions. The relativistic transport equations with mean field and collision terms will be derived from the non- equilibrium Green's function theory.