Poynt Quote:
Is there anything unusual about two tuning forks or two linked pendulums being "active" for longer than if they were isolated and alone?
My impression from a few members is that there is.
.99 -------------------------------- Isn't that impossible?? Chet
ramset, No, it isn't impossible. In fact, it is more likely the 'system' (two or more same energy sources entrained to one another) will remain 'active' with less or more time than all individually totaled. An entrained system simply exchanges energy between parts. When energy from one part is working 'with' another part the total time is increased with less wasted as heat and no increase in total energy. When energy from one part is working against another part the total time is decreased with more energy wasted as heat and no increase in total energy. So, the chances of the overall system remaining active either less time or more time are just because of worse odds. ______________________ The above is the standard answer. Now comes one including some fairly recent discoveries currently being used in digital communication... ______________________ For the same reasons as above there are odds to deal with that still make it more likely there will be no possible energy gain. The added factor is usually called Stochastic and/or Brownian motion. This makes it possible for a linear system to become nonlinear, at least some times. When nonlinear and an entrained system of multiple frequencies there is a better chance that ambient noise (energy) will also be received/used by the system. This appears as a gain for the system. So there you have my opinion on why the few real free energy devices (if there are any) always seem to be unmaintainable or quit for no understandable reason and where the energy may originate. This also explains magnetic refrigeration and the few attempts that produced a real decreasing ambient temperature gradient. On the very rare occasion where this may be the cause, the experimenter, highly educated or not, is simply way out of his/her league for a reasonable explanation. I wanted to answer Poynt on this but I don't see from where you are quoting him. WW
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