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ABRIDGED LAY LANGUAGE ABSTRACT |
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Over hundreds of millions of years of the Earth's history, there were explosions of life followed by mass extinctions. During those years, many wondrous and strange species of animals were born and died. Their biodegradable bodies turned into dust and sometimes oil. But what if their bodies had not been biodegradable? Then early on, the land mass of the Earth would have been strewn with the preserved bodies of millions of species, including huge dinosaurs. ____________________ Present events do not cease to exist when they become past events. Rather, present events are characterized by a strong brightness or probability of detection (technically, this is called amplitude). They become past events when their brightness dims abruptly and dramatically. But their brightness never goes to zero, there is always some small chance of detecting past events. (Because the quantum mechanical wave function has a nonzero amplitude everywhere in space and time.) But the strong brightness of present events blots out past events just as the daytime sun blots out the stars. |
This means we cannot detect the energy of past events unless we block out present events and greatly amplify the energy of past events. For example, if an event happened on the moon, then we would have detected it after one second because that is about how long it takes light to travel here from the moon. But if we could make it appear as if the event had happened on the sun, then we could detect the event eight minutes later, even though the event was only one second old, because it takes about eight minutes for light to travel here from the sun. Get it? Something happened one second ago but we can detect it happening eight minutes later. We are seeing the past. But because of the very high speed of light, this means we can only detect the energy of past events when they are only slightly in the past. 1 1. See A. D. Allen (1998). Method for Measuring Retarded Light Through Very Long Baseline Interferometry and Natural or Artificial Diffraction Effects. U. S. Patent No. 5,847,830. |
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