Physical double-slit experiment to study the electron properties, characterized in that after the double slit and in front of the electron detector, a photon curtain of transverse flying photons is installed and that this photon curtain plane-parallel to the detector and the photons of this curtain collide with the detector only when they pass through the experiment an effect coming from the double slit can be influenced. Optionally, experiments may be performed in which individual electrons or groups of electrons do not fire through the two columns, but preferably on the area between the two columns, and / or that these electrons are either intercepted (eg, glued) at the levels of the two columns, or be reflected laterally from the gaps in any other suitable manner, and thereby prevent these electrons from directly passing the gap from actually passing through the gaps. The experiments are to be carried out with the aim to detect the electromagnetic wave of the electrons and a possibly existing sky wave apart. For this purpose, a cathode is also installed in front of the detector which, if required, will additionally generate a cloud of chaotically flying electrons in front of the detector without this electron cloud disturbing the photons of the photon curtain.
展开▼
