When a future moment comes a similar situation will prevail. Therefore, from the past of the present we may be able to predict, at most, the past of the future. The actual immediate present is always the unknown. The relevance of the usual motions of time may be questioned. Everything that is, is, was and will be.
Every moment remains motionless and frozen.
However, quantum theory suggests a concept of overlapping moments with extension and duration in space and time, embedded in a broader context, and governed by the quantum-mechanical wave function. Thus, as with a motion picture, our experience has a sense of movement, or becoming. Suppose we now consider some more advanced concepts and ideas associated with transcending time and space. With this in mind, it is less than surprising that science is confused about what occurs at the quantum level. Paul Davies in God and the New Physics reports on a 1982 experiment by Aspect, Dalibard, and Roger at the Institute of Theoretical and Applied Optics in Paris.