![]() In my opinion, the proper way to view this situation is that we do not know the location of the particle in between measurements. The approach viewing particles as if they blink in and out of “existence” between different measuring points, is an approach I disagree with. However, a key fact to remember is that the position of the particle depended on the wave function prior to when the measurement took place. As we now know the position of the particle for certain, its wave function shifts and determines that it is indeed where we determined it is. When we take a measurement, a process called “wave function collapse” occurs. In other words, it is the probability itself that presents a wavelike behaviour. ![]() ![]() The wave function describes the probability of finding the position of a particle in space or in a certain velocity at a defined amount of time. First, regarding the meaning of wave functionality, or what is the wavelike description of particles. This video regards several topics I would like to expand upon and possibly offer a slightly different point of view. The video was produced by cassiopeia projects.
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