二能级系统中观察最近事件和未来事件的一种可能方法
A possible way to look at the last and future events for two-level system
摘要：
从三维图像（3D）的角度来看，在频率和时间（PTF）的平面上找到一个粒子的概率变成了二能级系统的吸收过程和辐射过程在时间上具有不同的方向。这两个过程是在过去还是在未来取决于命名的过渡由于可逆模型的二能级原子。了解吸收过程的共振事件的最后历史的机会是量子干涉相互作用或共振辐射。相反，只有利用近共振原子场吸收或利用固定时刻的辐射才有可能预测未来的共振事件。粒子的寿命问题是通过与量子跃迁轨迹相联系的自发辐射的时间来解决的。它提供了一个粒子的轨迹在量子跃迁与概率分布，以找到一个粒子。为了进一步讨论，引入了概率分布事件谱历史的概念。
英文摘要：
In view of a three-dimensional picture (3D) of probability to find a particle at a plane of the frequency and the time (PTF) becomes that process of absorption and process of radiation for two - level system have different direction on the time. Both processes are in the past or in the future depending on named transition due to reversible model of the two-level atom. The opportunity to know the last history of the resonant event for the absorption process is for quantum interference interaction or for the resonant radiation. On the contrary, to predict the resonant event in the future is possible only by use near resonant atom-field absorption or by use radiation at a fixed time. The problem of life time for a particle is entered through time of spontaneous radiation connected with trajectory of the quantum transition. It is offered to connect a trajectory of a particle during quantum transitions with distribution of probability to find a particle. The conception of the spectral history for events due to probability distribution is introduced for next discussion.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
