量子Tomography的理论研究

基于量子Tomography在量子态重构中的重要地位，我们理论上建立与广义Husimi函数相关的新的量子Tomography途径，进而提出相应的物理实现方案；另一方面，我们将广义Radon变换和一些重要的光学变换相结合，推导出新的在实验上便于实现的量子Tomography的变换关系，本课题的开展将促进量子相空间表示理论和量子测量理论的进一步完善和发展。

Based on the significance of the quantum Tomography in the reconstruction of the quantum states, we establish the new quantum Tomography related to the generalized Husimi function and then bring forward the corresponding experiment scheme. On the other hand, by means of the generalized Radon transformation and some important optical transformations, we derive the transformation relations of quantum Tomography which is convenient to realize in the processes of the experiments. The project will promote the further developments of the quantum phase space theory and the quantum measurement theory.