chris2112
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How exactly do physicists detect if a particle goes through one slit or the other in the double-slit experiment? Every book and article I read seems to elude this part.
The discussion centers on the methods physicists use to detect whether a particle passes through one slit or the other in the double-slit experiment. It explores detection techniques applicable to both charged and uncharged particles, including electrons and photons.
Participants express different methods for detecting charged and uncharged particles, indicating that there is no consensus on a single method applicable to all particle types. The discussion remains unresolved regarding the completeness of detection methods for various particles.
The discussion does not address potential limitations of the proposed methods, such as the assumptions regarding the behavior of particles or the effectiveness of the detection techniques in various experimental setups.
chris2112 said:OK, so you can detect if a charged particle goes through one slit or the other by changes in current flows placed at each slit. What about particles with no charge like photons? Are there other methods or are certain particles like photons just omitted for the double slit experiment with detection?