Robin, You might want to add something about Energy Localization and Anharmonic Oscillators (including solitons and the Fermi-Pasta-Ulam (FPU) anharmonic oscillators)
Ahern has a Power Point floating around on this. Basically it presents the conditions where your “powerful wave” is more likely to occur than its rarity would imply, From: mix...@bigpond.com Hi, In QM tunneling is a somewhat mysterious mechanism. I propose the following possible mechanism for fusion based on the ZPF. 1) If two nuclei are close enough, then the nuclear force may bring about a fusion reaction. 2) The ZPF jiggles particles. 3) The ZPF comprises a mixture of waves at different powers. 4) The more powerful a wave is, the more rare it is. 4) The further apart two nuclei are, the longer you have to wait for a wave to come along that is powerful enough to jiggle them hard enough to come within fusion distance. Regards, Robin van Spaandonk local asymmetry = temporary success