But that synchronization makes perfect sense if you have even a moderate knowledge of physics -- or even an appreciation of the fact that there are "laws," meaning relationships between how things respond to how they are affected, that describe the workings of pretty much everything. Even at fundamental levels.
It's a bit like thinking of a pool table: if you hit the cue ball just so, and it makes contact at such a speed and such an angle with the 8 ball, the 8 ball's response (where and how fast it will go) is completely determined.
Well no actually. At the fundamental level, the classical model of Newtonian physics does not serve.
“It has become increasingly evident in recent times, that nature works on a very different plan [from classical mechanics]. Her fundamental laws do not govern the world as it appears in our mental picture in any very direct way, but instead they form a substratum of which we cannot form a mental picture without introducing irrelevancies.”
-Paul Dirac, The Principles of Quantum Mechanics
“The certainties of classical physics are just probabilities. The well defined and solid picture of the world given by the old physics is an illusion.”
- Carlo Rovelli, Helgoland.
Regarding your pool table analogy, you raise some very interesting questions by mentioning determinacy. I ask you to bear with me a bit. One question we ask ourselves may be, from what point is the progress of the ball determined? From the moment the white leaves the cue, from the moment the cue strikes the white, or from the moment the player picks up the cue?
The path of the ball can only be absolutely determined if we have access to all the factors, all the potentially limiting disturbances, acting on all the balls in play. For example, the weight of the white, the size of the eight ball, and the length and weight of the cue, when they all left the factory. Now we would probably decide that these variables were negligible and could be discounted; the accompanying disturbance of the impact of these factors is unlikely to affect the outcome of the incident in any significant way. The player himself, however, would certainly take some account of these variables, either consciously or unconsciously. If he is using his own cue, he is familiar with it’s length and heft. He knows instinctively, how straight it is.
Such are some of the variables acting on the pool table (which may or may not be a completely smooth flat surface), and the balls whose motion we consider to be determined. But what, again, of all the millions of hidden variables and accompanying disturbances acting on the living organism, and the consciousness of the organism, which wields the cue? From what point are they determined, and, ultimately, by what? After all, the organism wielding the cue is formed, at the fundamental level, from the same atomic and sub atomic particles from which the cue, the balls, and the table are formed.
What we might then ask ourselves is, what conducts the entire molecular dance? Is it random, or determined? Or are both randomness and determinacy each functions of our own, limited perspective? Finally, our perspective being necessarily limited and limiting, we must surely ask ourselves does there exist, even as an abstract concept, a limitless perspective? Is there a God’s eye view, even if only in the mind of man?