At a very high temperature, the gaseous substance expands to a certain limit when heated, and the electrons break away from the atoms, which become a charged plasma. At this time, the electrons are released and exist independently. So can such electrons be separated one by one? Has anyone done this and how?
Hi,
can you be a bit more specific in your question? - What do you mean by 'separating them one by one'?
Of course, there are several methods to 'collect' electrons depending on their kinetic energy, spin, etc... you can use magnetic fields, retarding electric fields auxilliary electrodes, mechanical means such as orifices or apply a Maxwellian demon and lots of other things...
Where dark streaks appear, the two photons superimpose each other, losing or weakening the volatility. The same is true for electrons. Does it mean that the electrons are gone? Where is the quality of electronics? Have the photons and electrons that lost their volatility disappeared? Or did they become something else?
I hope that scientists can do an experiment to verify my ideas, for example, after receiving an electron, and then "erase" the electron, and then shoot out a second electron, if the interference fringes no longer appear, then it means me The idea is correct.
I cannot agree with this paper. If the detection apparatus is a photographic film then a photon that impacts it is absorbed by the film and generates a chemical change in the film that produces a dark spot when the film is developed. The photon does not persist. It is a matter of experience that when light is sent through a double slit apparatus that uses a photographic film as a detection method then an interference pattern appears on the film, when it is developed, even when the light intensity is so low that only a single photon would be in the apparatus at any given time.
My answer:
I have also thought about this problem. A photon is a short electromagnetic wave. The photon will pass through the double slit at the same time and form wave interference. No matter whether the photon is sent one by one or continuously, the effect is the same. The principle of double-slit interference of electrons may be different from that of photons. An electron cannot be split into two electrons to pass through the double slit like a photon, and electrons can only pass through one slit. Finally, to form interference fringes, only the previously sent electrons and newly arrived electrons can form an interference superposition on the screen.(Just like the analysis in my paper) Both of these explanations do not destroy the wave-particle duality. Any wave will show particles when it encounters an object much larger than its own wavelength; and any particle has volatility, even the earth, its orbit is a spiral wave state. If two earths pass through a suitable double-slit, they can cancel each other out.
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