The Photoelectric X-Ray Experiment and Possible Proof of De-Broglie Bohm Theory

Le résumé fourni par la source

Photoelectric effect and the production of X-Rays in Cathode Ray Tube are two correlated phenomena. It is quite surprising to note that there has been no substantial attention given to this correlation. It is possible to bridge these two separate processes, enabling us to study the quantum interactions which occur naturally. A modified version of Photoelectric setup can be used, in which the ejected photoelectrons with high energies travel to the anode. A heavy metal viz. Tungsten is used as anode, which produces X-Rays due to photoelectronic collisions with anode. The photoelectrons are assumed to be non-relativistic and a relation is obtained between the De-Broglie Wavelength of the photoelectrons (λ_e) and the wavelength of X-Rays (λ_x) such that λ_x=Ψ〖λ_e〗^2. The connection of results with a possible proof of De-Broglie Bohm Hypothesis is then discussed in Final Discussion.

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