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Quantum Determinism
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Module 1
What Determinism Means in Quantum Theory
1
Key Concepts in Physical Theories: Determinism, Predictability, Stochasticity, Causality, and Reversibility
Distinguish determinism, predictability, stochasticity, causality, and reversibility in physical theories.
2
Determining Determinism from State Space and Dynamics
Determine whether a toy physical theory is deterministic from its state space and dynamical law.
3
Determinism of Closed-System Unitary Dynamics
Show how uniqueness of Schrödinger evolution makes closed-system unitary dynamics deterministic.
4
Deterministic State Evolution and Probabilistic Measurement Outcomes
Explain why deterministic state evolution does not by itself determine unique measurement outcomes.
5
Operational vs. Ontological Claims
Distinguish operational claims about observed statistics from ontological claims about physical reality.
6
The Measurement Problem: Quantum Completeness, Unitary Dynamics, and Definite Outcomes
Formulate the measurement problem as an incompatibility among completeness of the quantum state, universally unitary dynamics, and single definite outcomes.
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