Correlated Fermion Dynamics on a Partitioned Lattice

从理论上研究了分块时空格上的相关费米子动力学。利用大型并行超级计算机计算研究了原子在电磁场中电子波函数的时间演化。最初，该项目将集中在完全可溶的模型系统，以了解如何超越标准的时间依赖哈特里-福克理论。研究的最后阶段将使用模型研究中开发的知识和工具来处理现实的多电子原子和分子。

Correlated fermion dynamics are investigated theoretically on a partitioned space/time lattice. The time evolution of the electronic wavefunctions of atoms in electromagnetic fields are studied computationally using massively parallel supercomputers. Initially the project will concentrate on exactly soluble model systems in order to understand how to proceed beyond standard time-dependent Hartree-Fock theory. The final phase of the research will use the knowledge and tools developed in the model study to treat realistic many-electron atoms and molecules.