光脈衝對雙能階系統作用的研究

Abstract

在本研究中，我們以氫原子雙能階共振系統，利用脈衝面積理論，藉由控制脈衝， 以及利用本徵態交叉案例，達到讓第一激發態完全躍遷機率的行為。 研究藉由Muller的程式，來模擬氫原子兩雙能階系統，進而分析其行為。

In this study, we aimed to explain the pulse area theory by employing the hydrogen two level system. Controlling the pulse, we examined an error in the pulse area theory and produced a complete population transfer. Moreover, we were able to conduct an analysis through Muller’s code to simulate light pulse interacting on the two level system.