- #1
drl
- 31
- 2
As I understand the photoelectric effect as given by Einstein, an electron while attached to an atom is considered to be in a bound state and remains as such until a photon carrying a quantum of energy sufficient to overcome the work function of the electron frees the electron from its bound state. It would seem logical to me to refer to the electron as being in an excited state or being in its wave aspect. In the 2 slit, the electron approaching the 2 slits is considered to be a particle but, in the process of becoming a free electron it would make more sense to consider it as an excited electron in its wave aspect and thus explain the resulting interference pattern.Go a step further and when the detector is turned on, the electron passing thru the electromagnetic field loses enough kinetic energy to revert back to its bound energy status or particle form.Yes I know that particle form and wave forms are no nos. Where did I go wrong?.