Linked from

The 17 pages that link to Objective-collapse theory, each with the reason it gives.

• Quantum measurementCompared with: It treats measurement-like collapse as an objective event rather than a state update alone.

• Many-worlds interpretationCompared with: Unlike many-worlds, these theories modify quantum evolution to produce single outcomes.

• Born ruleCompared with: Collapse dynamics alter state evolution while retaining the rule for outcome statistics.

• Quantum superpositionCompared with: These theories propose a physical mechanism that ends superpositions without requiring measurement.

• Copenhagen interpretationCompared with: It makes collapse a physical process rather than tying it to measurement.

• Hidden-variable theoryCompared with: It produces definite outcomes by modifying quantum dynamics instead of adding hidden variables.

• Measurement problemCompared with: It modifies quantum dynamics so definite outcomes arise through a real collapse process.

• Pilot-wave theoryCompared with: It modifies quantum dynamics, whereas pilot-wave theory retains Schrödinger evolution.

• Wigner’s friendCompared with: It predicts a physical limit to extending coherent quantum descriptions to a macroscopic laboratory.

• Loschmidt's paradoxCompared with: Unlike statistical resolutions, collapse proposals introduce genuinely non-reversible dynamics.

• Schrödinger’s catCompared with: These theories propose a physical limit to the cat’s superposition.

• Wave function collapseCompared with: It treats collapse as a real process, not merely a measurement rule.

• Quantum BayesianismCompared with: QBism does not add collapse dynamics; state updates express an agent’s changed beliefs.

• Quantum indeterminacyCompared with: It treats indeterminacy as a real stochastic feature of physical dynamics.

• De Broglie–Bohm theoryCompared with: It modifies wave evolution, whereas Bohmian mechanics keeps Schrödinger evolution and adds trajectories.

• Interpretations of quantum mechanicsCompared with: It makes collapse a testable physical process instead of an interpretive rule.

• Foundations of quantum mechanicsCompared with: It treats collapse as a physical process rather than a measurement rule.