File:Paired Electrons Fast.gif
Paired_Electrons_Fast.gif (640 × 301 pixels, file size: 1.59 MB, MIME type: image/gif, looped, 401 frames, 16 s)
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Summary[edit]
| Description |
English: Paired Electrons.
Theoretically the particles can form bound states provided their spins are parallel. The repulsive force between Centers of Charge turns out into an attractive force between the Centers of Mass’s. The CM’s must be separated a distance below Compton's wavelength. You can see here, at very low velocity, the description of the formation of a bound pair of electrons with parallel spins. This description is depicted in a frame where the CM1 of one of the electrons is at rest. The frequency of the motions of the CC’s is much faster than the frequency of the motions of the CM’s. It can be computed mathematically that these bound states are stable even at very high temperatures,thus it should be possible to form spin 1 condensates at room temperature (superconducting materials). Based on the theory of the Spin by Martin Rivas. More info in www.SpinningParticles.comEspañol: Electrones emparejados.
Teóricamente las partículas pueden formar estados ligados siempre que sus spines sean paralelos. La fuerza repulsiva entre sus Centros de Carga se convierte en fuerza atractiva entre sus Centros de Masa. Los Centros de Masa deben estar separados por una distancia inferior a la longitud de onda Compton. Se puede ver aquí, a muy baja velocidad, la descipción de la formación de un par ligado de electrones con spines paralelos. En esta descripción el Centro de Masa CM1 de uno de los electrones está en reposo. La frecuencia de los movimientos de los Centros de Carga es mucho más rápida que la frecuencia de movimiento de los Centros de Masa. Se puede calcular matemáticamente que estos estados ligados permanecen estables a temperaturas muy altas, y por tanto debería ser posible formar condensados de spin 1 a temperatura ambiente (materiales superconductores). Basado en la teoría del Spin por Martin Rivas. Más información en www.SpinningParticles.com |
| Date | |
| Source | Own work |
| Author | Juan Barandiaran Balzola |
| Permission (Reusing this file) |
All usage must display the phrase “Author: Juan Barandiaran Balzola” in the immediate vicinity of the image. The word "Author" may be translated. This requirement also applies to any articles in Wikimedia projects using this image. If you use it, please email me (account needed) and/or display a link to my page www.SpinningParticles.com. It would be greatly appreciated. |
More info in www.SpinningParticles.com
More images by me in: Jbarandiaran
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 08:37, 15 March 2020 | | 640 × 301 (1.59 MB) | Bürgerentscheid (talk | contribs) | cropped to fit 100 MP limit |
| 22:28, 30 December 2008 |  | 640 × 480 (1.59 MB) | Jbarandiaran (talk | contribs) | {{Information |Description={{en|1=Paired Electrons. Theoretically the particles can form bound states provided their spins are parallel. The repulsive force between Centers of Charge turns out into an attractive force between the Centers of Mass’s. Th |
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