Newtonian mechanics in classical physics was deterministic physics. But then quantum mechanics came along with the uncertainty principle and determinism was seen as both false in practice and in theory. Newtonian mechanics before quantum uncertainty was trying to achieve absolute determinism. Now, the PU theory comes along and it accepts that determinism is incorrect when applied between atom parts. When atom parts of an atom whole measure other atom parts, then there is indeterminism.
Humans are only atom parts of an atom whole.
And so we atom parts of an atom whole can only attain part-wise predictions of the future just as classical physics is only a first approximation to quantum physics. Newtonian mechanics of classical physics dealt with only the electron observable universe, the last one electron of 231Pu, and not the nucleus of 231Pu or the other 93 electrons. But the atom whole knows where all the atom parts are, and knows where they will all be in the future. The Atom Totality is superdeterministic in its mode of operation. We atom parts can only make indeterministic, and uncertain measurements inside the atom whole, because by math logic one can understand that parts of a whole can only see part of the picture but the whole itself sees and knows and makes the whole work.