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The most remarkable simplification, justified at the time by its success rather than by any physical argument, was that the electrical force between electrons could be neglected.
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These so-called "electron prisons" used to trap electrons could be easily altered and useful for studying quantum technology.
In that case, the electron could be moving fast enough to fly out of the atom altogether.
Every atom or even every electron could be used to register a 1 or a 0, depending on which way it was spinning.
If dark matter particles annihilate when they collide with each other, the electrons and anti-electrons produced could be detected by Calet.
Improved direct electron transfer to methanogens could offer a method of reduced energy input, if better electron conduction could be made between the electrodes and the microbes.
Moreover, rapid and direct electron transferring could be achieved between the enzyme's active sites and the electrode surface, thus facilitating the direct electroanalysis of H2O2.
Thus, the significant difference between the photosynthetic electron transport flow and the mitochondrial AOX pathway electron flux could be partially due to the different determination conditions.
Electron interferometry could be used to investigate interactions between matter and charged particles and to study fundamental physics, Raizen notes.
Moreover the electron beam could be used for other applications.
Another electron sink could be ferrous ion or sulfur.
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