High state determination of the short-lived electronically excited states with wave packet interferometries

能量间隔小于寿命展宽的本征态被认为与传统的高精度光谱是密不可分的。这项工作的目的是发展概念上的新光谱学，通过将波包干涉法应用于短寿命电子激发态来解析这些态。虽然已经建造了用于演示的高精度干涉仪，但由于我更换了研究所，还没有进行实际测试。然后，与一位理论合作者一起寻找了更有效的演示系统。

The eigen states whose energy separation is smaller than the life time broadening has been considered to be inseparable with conventional high-precision spectroscopies. The purpose of this work is the development of the conceptually new spectroscopy to resolve these states with applying wavepacket interferometry to short lived electronically excited states. Though the high precision interferometer for the demonstration has been constructed, actual tests have not been executed because I have changed the institute. Then, more efficient systems for the demonstration have been searched with a theoretical collaborator.