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Yes but doing so collapses the wavefunction. Hence there's no way to observe when the wavefunction collapses.
by colanderman 14y ago
Yes but doing so collapses the wavefunction. Hence there's no way to observe when the wavefunction collapses.
- ubercow13 14y agoBy a series of repeated experiments and statistical inference?
- aroberge 14y agoMany (most?) interpretations of quantum mechanics do not involve a "collapse" of the wavefunction. The Copenhagen interpretation, which is the oldest and better known, does, but the many-worlds interpretation (which I dislike), which is favoured by many working in cosmology and quantum gravity, does not involve a collapse of the wavefunction.