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| Discussions |
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| Yours seems more realistic. For one thing the loss in Dewangen's drops almost immediately to zero, whereas yours follows a normal curve. I don't see how Dewangen could have gotten that under normal conditions. |
| But things like quantum entanglements can not necessarily be proven, so any model based on particles will fail. |
| You could record zeros, apply a gaussian filter, than replace the areas in the dataset which were previously zeros. |