Density Matrices I. Initial Non-Eigenstate Preparation, Evolution, Detection.

密度矩阵i。初始非本征态的准备、演化、探试。

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Feynman's path integral is used to analyze quantitatively the Fraunhofer circle aperture diffraction. The quantum eigenstate of circle aperture diffraction is elaborated.

利用费曼路径积分理论，对夫琅和费圆孔衍射的光子衍射态进行定量分析，阐明圆孔衍射的量子本征。

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In terms of the basis of the instantaneous eigenstate, the physical picture of the quantum adiabatic theorem becomes very clear, which will help us understand the quantum adiabatic theorem.

在瞬时本征态为基矢下，量子绝热定理的物理图象变得非常清晰，有助于我们理解量子绝热定理。

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In terms of the basis of the instantaneous eigenstate, the physical picture of the quantum adiabatic theorem becomes very clear, which will help us understand the quantum adiabatic theorem.

在瞬时本征态为基矢下，量子绝热定理的物理图象变得非常清晰，有助于我们理解量子绝热定理。

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