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From: Osher Doctorow on 28 Jul 2010 03:01 From Osher Doctorow Under the conditions of the last subsection, the possibility of a Repulsion spacecraft appears to be feasible at least in theory, provided that some relationship between its shape and the probabilities discussed can be found or assumed. One simple assumption is that the spacecraft itself is shaped like a truncated (cut-off somewhere) heavy-tailed/fat-tailed distribution or random variable. Instead of having a long needle-like "nose", it would simply slowly taper off as one goes toward the front off the spacecraft. How slowly it tapers off and how long the spacecraft is to be are open questions, although the probability/statistics of "censored" and "truncated" statistics can help considerably at least partly, and there is a literature on these although none to my knowledge are related to spacecraft. A more complicated assumption is that the spacecraft also or alternatively should literally have Memory - like viscoelastic materials or even biological materials or the science fiction notion of an "android" - a biological-metal robot. An even more complicated assumption is that the spacecraft is partly composed of a wave or field component. According to the previous posts, the Strong and Weak Interactions are Repulsive, so we will need to harness these fields, first on the quantum level, then try to extend them to the semiclassical or macroscopic levels. The repulsion between one electron and another, or between one proton and another, may actually involve clues if not the direct macroscopic generalization of strong and weak interactions - part of electromagnetism may be the generalization of strong and weak interactions to the macroscopic domain. A wave or field needs to be set up "shooting forward" in the direction of travel of the spacecraft, somewhat like a generalized soliton that slowly tapers. Osher Doctorow |