量子力学结构与时间和能量的关系

Relationship Between Time/Energy and Mechanical Structure of Quantum Mechanics

提出了量子力学的动量由粒子位置概率流形成 ,因此 ,位置 x1 与动量 P1 不可能同时测量到 .而时间的均匀性和连续流逝性是形成力学结构的前提 ,所以 ,时间 t不能作为算符 ,时间和能量可以同时具有确定值 .

It is pointed out that the momentum is formed by the position probability current of a microscopic particle and the mechanical quantities of position (x 1) and momentun (p 1) cannot be measured simultaneously.The uniformity and continuity of time are the basis of the mechanical structure of quantum mechanics,and time t cannot be an operator on quantum mechanics.Time and energy can be precisely measured simultaneously.