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Physics
Quantum Physics
Quantum Interpretations and Foundations
A Heuristic View of QM: Axioms & Gleason's Theorem
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[QUOTE="vanhees71, post: 6865348, member: 260864"] Of course. For this you need the representation theory of the spacetime's symmetry group (Galilei or Poincare groups, depending on whether you want non-relativistic QM or relativistic QFT). That's as in Newton's mechanics: You have a general valid set of postulates (including implicitly the space-time symmetry group btw), but there's no way to derive the concrete forces acting on the particles. This must come from empirical input, e.g., Newton's universal gravitational interaction force between point particles, which were discovered by analyzing which forces lead to the validity of Kepler's empirical law of planetary motion. [/QUOTE]
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Forums
Physics
Quantum Physics
Quantum Interpretations and Foundations
A Heuristic View of QM: Axioms & Gleason's Theorem
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