Few Body Dynamics of Atomic and Molecular Systems

理解原子和分子的分裂仍然是一项艰巨的任务。在加利福尼亚SLAC和德国DESY使用自由电子激光进行的复杂实验，或者在瑞士欧洲核子研究中心使用低能反质子束进行的低能反质子束实验，都是使用大规模并行超级计算机来解释现代理论方法的挑战。我们的项目将为在He、Li和Mg等原子以及H2和Li2等分子的光子、电子和反质子电离中发现的量子动力学提供新的见解。由于原子和分子过程存在于大多数物理现象中，从早期宇宙的天文观测到微芯片的实验室生产，对原子和分子的少数身体动力学的更全面的理解可以导致丰富的新科学发现。

Understanding the breakup of atoms and molecules remains a formidable task. Complex experiments using free electron lasers at SLAC in California and at DESY in Germany, or low energy antiproton beams at CERN in Switzerland, are a challenge to explain for modern theoretical methods using massively parallel supercomputers. Our project will provide new insights into the quantal dynamics found in the photon electron, and antiproton ionization of atoms like He, Li, and Mg, as well as molecules like H2 and Li2. Since atomic and molecular processes are present in most physical phenomena, ranging from astronomical observations of the early universe to laboratory production of microchips a more complete understanding of the few body dynamics of atoms and molecules can lead to a wealth of new scientific discoveries.