Subhash Kak

“Evolution in quantum mechanics is deterministic as in classical mechanics except for the difference that as the system interacts with another system, its state function collapses. This dichotomy exists only for separated systems, in which one of them is being observed by the other. Given that the state of the entire universe is defined at the initial point, its evolution must be completely deterministic. Any seeming randomness now should merely be an amplification of the randomness in the initial state and the entropy at the origin should not change as the universe evolves. In other words, the physical universe governed by quantum laws has no place for the emergence of life. Our currently accepted conceptions of the beginning of the universe postulate much more uniformity than exists now. One way entropy could increase in the universe is by the process of reduction of its state function by some other system. Since the universe, by definition, cannot have any other matter in it, it becomes essential to postulate a mechanism other than that of physical laws, which permits the state function to reduce. This other mechanism may be the working of the “consciousness principle” which can just by the process of “observation” increase entropy”
― Subhash Kak, Quantum Physics of Consciousness

“Evolution in quantum mechanics is deterministic as in classical mechanics except for the difference that as the system interacts with another system, its state function collapses. This dichotomy exists only for separated systems, in which one of them is being observed by the other. Given that the state of the entire universe is defined at the initial point, its evolution must be completely deterministic. Any seeming randomness now should merely be an amplification of the randomness in the initial state and the entropy at the origin should not change as the universe evolves. In other words, the physical universe governed by quantum laws has no place for the emergence of life.”
― Subhash Kak, Quantum Physics of Consciousness