4 ms·
Well, for entangled light, figuring out the path taken by one part of the pair forces both to produce no interference patterns. Their superpositions both collap
by lnanek2 14y ago
Well, for entangled light, figuring out the path taken by one part of the pair forces both to produce no interference patterns. Their superpositions both collapse into a set state. I assume there's a similar effect for electron deflection or whatever they are using. Electron beams can similarly produce interference patterns.
- pdonis 14y agoThey're using photons, not electrons, but they're not using any interference patterns for detection since they're not bringing the entangled photons back together. They are detected separately.