@Darunia9,
Well, I've got lots of books but they're pretty mathematical so I won't recommend them. I can point you in the direction of specific QM phenomena that relate to causality and determinism though which will help you nail down which bits to read.
1. Collapse of the wavefunction (e.g. Schrodinger's cat, the measurement problem).
2. Superposition principle (specifically the Stern-Garlach experiment).
3. Entanglement (spin-pairs, Bell's inequalities).
4. The correspondance principle (how the causal, deterministic world arrives out of quantum indeterminacy, the Copenhagen interpretation, the classical limit).
5. The Born interpretation (how wavefunctions relate to probability).
6. Uncertainty (as in Heisenberg's principle).
7. Virtual particles (e.g. 'uncaused' virtual pair creation, the Casimir effect).
8. The double-slit experiment (demonstration of how statistical patterns arise from indeterministic events).
Also look for something that describes how when we try to extrapolate past events from the present ones (i.e. doing determinism backwards to uncover the past), there is no indeterminacy, suggesting that causality holds 100% in QM.